2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯2.2 Table for 1H chemical shift δ, downfield from tetramethylsilane (TMS), at RT, if not stated otherwise.

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

8

1 AsH5Ge - 3.57(a,3H) 62Dra2 AsH5Si - 3.67(a,3H) 62Dra3 As2B10H10 CD2Cl2 2.59(a,2H),3.02(b,4H),3.37(c,2H),4.37(d,2H) 91Fon4 BBrH5P Neat –20° 5.1(a,3H) 67Dra15 BCl2H6NSi2 C4H12Si 4.55(a,6H) 70Gli6 BF2H4P -

Neat0.78(a,3H),7.68(b)0.78(a,3H)

67Rud71Cow

7 BF2H6NSi2 C4H12Si 4.40(a,6H) 70Gli8 BF3H3P -

Neat0(a,3H)0.82(a,3H)

67Rud71Cow

9 BH6P Neat –20°-

Neat

4.4(b,3H)0.53(a,3H),4.31(b,3H)0.63(a,3H)

67Dra166Rud,67Rud71Cow

10 BH8PSi Neat 3.9(b,2H) 67Dra211 B3CsH8 C4D8O 0.1(a,2H,b,6H) 91Hil12 B3H6N3 C6D6 4.43(a,3H),6.03(b,3H) 95Wra13 B3H8K C4D8O 0.2(a,2H,b,6H) 91Hil14 B3H8Rb C4D8O 0.2(a,2H,b,6H) 91Hil15 B4H9K C2D6O –100° –1.71(a),0.67(b),1.80(c,4H),2.63(d),

–2.73 (e,2H)75Rem

16 B4H10 - 2.26,2.46(a,2H,b,2H),1.34(c,2H),–1.38(d,4H) 70Lea17 B5H11 - –0.4(a),3.1,3.5(b,2H,c,2H),3.4(d,2H),1.8(e),

–0.6(f,2H),–2.0(g)70Lea

18 B6BrH9 CHClF2/ CD2Cl2–60°–120°

–0.42(a),4.46(b,e),3.93(c,d),–0.55(f,h),–0.02 (g,i)–0.61(a),4.27,4.65(b,e),4.51(c),3.20(d),–1.64 (f),–0.00(g,i),-0.49(h)

73Bri

19 B6H10 --CH2Cl2 –80°CHClF2 –150°

–1.22(a),4.18(b,c,2H,d,2H)–1.10(e,2H,f,2H)–1.2(a),4.2(b,c,2H,d,2H),–1.1(e,2H,f,2H)–1.27(a),3.15(b),4.24,4.58(c,2H,d,2H),0.14(e,2H),–2.14(f,2H)

70Lea,73Bri72Joh73Bri

20 B6H11K C2D6O–125°

0.42(a),3.53(b,2H),1.43,2.11,3.53,5.19(c,d,e, f),–2.35(g),–1.16(h,2H),2.11(i)

75Rem

21 B6H12 - 3.9,4.2(a,2H,b,2H),2.1(c,2H),5.1(d,2H),–0.2(e,4H)

70Lea

22 B6H16Yb CD3CN 0.0(a,4H,b,12H) 91Hil23 B8H18 CS2 2.16,2.44(a,4H,b,4H),1.16(c,2H),–1.48(d,8H) 84Cor24 B9H9S CDCl3 7.97(a),0.13,2.47(b,4H,c,4H) 76Pre25 B9H13N4 CD2Cl2 0.76(a,2H),1.86(b),2.71(c,2H),–0.62(d,2H),

2.86(e),–2.01(f,2H),2.95(g),10.07,10.46(h,i)92Mey

26 B9H17 CS2 1.79,2.22(a,2H,b,2H,c,f,g,2H),0.30(e),–1.60 (d,4H),–2.51(h,4H)

84Cor

27 B10H10Sb2 CD2Cl2 2.63(a,2H),3.81(b,4H),4.06(c,2H),6.19(d,2H) 91Fon28 BrGeH3 - 4.50(a,3H) 64Ebs

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

10

29 BrH3Si C6H12 4.17(a,3H) 63Ebs130 BrH3Sn CS2 –35° 6.24(a,3H) 71Bel31 BrH5Si2 C6H12 2.15(a,3H),2.86(b,2H) 64Van232 Br2H2Si C6H12 5.17(a,2H) 63Ebs133 Br3HSi C6H12 6.30 67Cam34 CHF4NO2S - 7.45 68Roe135 CH3BCl2F3P Neat 2.23(a,3H) 69Ele36 CH3BCl2F3PS Neat 2.92(a,3H) 69Ele37 CH3BF5OP Neat 2.26(a,3H) 69Ele38 CH3BF5P Neat 0.95(a,3H) 71Cow39 CH3BrHg C6H6

C5H5N2.7(a,3H)1.06(a,3H)

62McC63Hat

40 CH3ClFPS2 - 2.73(a,3H) 68Roe241 CH3ClHg C6H6

C5H5N2.6(a,3H)1.02(a,3H)

62McC63Hat

42 CH3ClHgO4 C5H5N 1.27(a,3H) 63Hat43 CH3Cl2OP Neat 2.60(a,3H) 69Ele44 CH3Cl2PS Neat 2.81(a,3H) 69Ele45 CH3Cl3Si - 1.14(a,3H) 63Bro46 CH3Cl3Sn - 1.65(a,3H) 60Bro147 CH3F2OP - 1.88(a,3H) 69Ele48 CH3F2O2P - 4.0(a,3H) 70Roe249 CH3F2PS - 2.30(a,3H) 68Roe350 CH3F3SSi C6H12 4.42(a,3H) 63Ebs151 CH3F3SeSi C6H12 4.30(a,3H) 63Ebs152 CH3F4NO2P2 - 3.49(a,3H) 72Cha53 CH3F4NP2S2 - 3.52(a,3H) 72Cha54 CH3F5OTe - 4.25(a,3H) 74Fra55 CH3HgI C6H6

C5H5N2.8(a,3H)1.1(a,3H)

62McC63Hat

56 CH3HgNO3 C5H5N 1.08(a,3H) 63Hat57 CH3IMg C4H10O –1.3(a,3H) 63Fra58 CH3Li C4H10O –1.3(a,3H)

–1.98(a,3H)63Fra69Von

59 CH3NOSi C6H12 4.42(a,3H) 63Ebs160 CH3NSSi C6H12 4.46(a,3H) 63Ebs161 CH3NSeSi C6H12 4.49(a,3H) 63Ebs162 CH3NSi C6H12 3.82(a,3H) 63Ebs163 CH4ClO2P D2O+NaOD 6.68(a,1H),3.67(b,2H) 65Gri64 CH4ClP Neat 3.40(a,2H),3.78(b,2H) 66Fon65 CH4Cl2Si CCl4 5.58(a),0.88(b,3H) 60Web66 CH4FPS2 - 4.40(a),2.50(b,3H) 68Roe367 CH4F2NOP - 5.2(a),2.7(b,3H) 70Roe2

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

12

68 CH4F2NP - ~1(a),2.6(b,3H) 70Smi69 CH4F5NS - 4.94(a) 93Mei170 CH4HgO C5H5N 1.00(a,3H) 63Hat71 CH5BrSi CCl4 4.06(a,3H),2.58(b,2H) 63Ebs2,80Car72 CH5BrSi C6H12 4.49(a,2H) 63Ebs273 CH5ClSi CCl4 3.81(a,3H),2.94(b,2H) 80Car74 CH5ClSi C6H12 4.72(a,2H) 63Ebs275 CH5FNOP CH3CN 4.4(a,2H),1.5(b,3H) 70Roe276 CH5FNOPS Neat 4.51(a,2H),4.11(b,3H) 69Roe77 CH5FNO2P CH3CN 4.8(a,2H),3.9(b,3H) 70Roe278 CH5FSi C6H12 4.79(a,2H) 63Ebs279 CH5ISi CCl4 4.51(a,3H),2.06(b,2H) 63Ebs2,80Car80 CH5ISi C6H12 4.08(a,2H) 63Ebs281 CH5O2P H2O

H2O7.40(a)6.9(a),1.3(b,3H)

66Fon62Fia

82 CH5O2P Neat 7.12(a,2H),3.83(b,3H) 64Fit83 CH5O3P D2O+NaOD 7.25(a),3.97(b,2H) 65Gri84 CH5P Neat 2.64(a,2H),0.97(b,3H) 63Whi,66Man85 CH6BF2OP Neat 0.60(a,3H) 71Cow86 CH6FN2OP CH3CN 4.2(a,2H),7.9(b),2.9(c,3H) 70Roe287 CH6FN2PS Neat 4.46(a,2H),4.00(b,3H) 69Roe88 CH6Ge -

Neat3.45(a,3H)3.00(a,3H),–0.18(b,3H)

64Ebs64Van1

89 CH6Si CCl4 3.58(a,3H)3.55(a,3H),0.12(b,3H)

64Sch63Ebs2,80Car

90 CH6Sn C5H12 4.14(a,3H),0.27(b,3H) 63Fli91 CH7B5 Neat 2.06,2.22(a,2H,b,2H),2.38(c),–3.90(d),2.8(e) 74Ona92 CH7F5NP CD3CN 5.66(a),6.52(b,3H),2.54(c,3H) 77Cow93 CH7PSi - 1.29(a,2H),4.10(b,2H),0.37(c,3H) 71Fri94 CH7PSi - 2.17(a),1.12(b,3H),3.76(c,3H) 71Fri95 CH8BP Neat 0.55(a,3H) 71Cow96 CH8P2Si - 1.58(a,4H),4.64(b),0.55(c,3H) 71Fri97 CH9NSi2 C6H12

C4H12Si4.44(a,6H)4.37(a,6H),2.58(b,3H)

63Ebs170Gli

98 CH9PSi2 Neat 1.17(a,3H),3.83(b,6H) 71Fri99 CH10GeSi2 C6D6 3.17(a),3.41(b,6H),0.30(c,3H) 93Lob100 CH11B9S CDCl3 1.38(a),3.28(b),2.49(c),2.34(d),3.33(e),2.05(f),2.98(g),

2.86(h),2.04(i),2.35(j),–1.29(k)94Hol

101 CH11B10Sb CD2Cl2 3.09(a),2.22(b,2H),2.73(c,2H),1.93(d,2H),3.26(e,2H),5.39(f),3.10(g)

91Fon

102 CH12B6 CH2Cl2 –60°

CHClF2 –150°

–1.17(a),0.82(b,3H),3.48,4.27(c,f,d,e),–0.43,–1.09(g,h,I,j)–1.23(a),0.81(b,3H),3.81(c),4.05,4.33(d,e),2.90(f),–1.54(g),–2.20(h),0.13(i),0.49(j)

72Joh

73Bri

103 CH12B8S CDCl3 1.29(a,2H),3.30(b),3.37(c),1.99(d,2H),1.11(e),0.26(f),2.56(g,2H),–1.14(h,2H)

94Hol

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

14

104 CH13NSi4 C6H12 1.75(a,6H),3.34(b,4H) 64Van2105 CH14AsB10Cs CD3COCD3 0.73(a),1.32(b,2H),1.96(c,2H),1.03(d),

2.14 (e,2H),0.97(f,2H),–6.06(g),2.83(h,3H)91Fon

106 CH15AsB10 CDCl3 2.56(a),2.30(b,2H),1.47(c,2H),3.16(d),3.45 (e,2H)2.15(f,2H),–.03(g,2H),2.15(h,3H)

78Wri,91Fon

107 C2H2ClHgKO2 D2O+KCl 2.73(a,2H) 63Wel108 C2H2F6NAs CHCl2F 2.33(a,2H) 73Cow2109 C2H2F6NP CHCl2F 2.52(a,2H) 73Cow2110 C2H2N2Se CDCl3 9.38(a),8.69(b) 95Dud111 C2H3BBr3N C5H12 3.16(a,3H) 66Mil112 C2H3BCl3N C6H5NO2 3.05(a,3H) 66Mil113 C2H3BF3N C6H5NO2 2.7(a,3H) 66Mil114 C2H3BrHg CDCl3 6.42(a),5.97(b),5.48(c) 64Wel115 C2H3BrMg C4H8O 6.48(a),5.98(b),5.66(c) 63Fra116 C2H3ClMg C4H8O 6.68(a),6.20(b),5.57(c) 62Hob117 C2H3Cl2OP CDCl3 6.069(a),6.294(b),6.434(c) 80Dol118 C2H3Cl2PS CDCl3 5.751(a),6.188(b),6.383(c) 80Dol119 C2H3Cl3Sn CDCl3 6.61(a),6.56(b),6.26(c) 94Lyc120 C2H3Cl4OPS CDCl3 2.63(a,3H) 88Fil,93Bal121 C2H3HgN C5H5N 0.79(a,3H) 63Hat122 C2H3HgNO C4H8O

CD3SOCD3

0.83(a,3H)0.53(a,3H)

84DeS

123 C2H3HgNS C5H5N 1.06(a,3H) 63Hat124 C2H3HgNaO3 D2O+NaOD 2.48(a,2H) 63Wel125 C2H4AsO2 CDCl3 4.38(a,a’),4.18(b,b’) 83Aks126 C2H4Cl3KPt D2O 4.7(a,4H) 60Pow127 C2H4FNO2S - 8.65(a),2.26(b,3H) 70Roe1128 C2H5B3 Neat

CCl4

3.83(a,3H),5.50(b,2H)3.91(a,3H),5.56(b,2H)

74Ona81Jar

129 C2H5BrHg C5H5N 1.96(a,2H),1.38(b,3H) 63Hat130 C2H5BrMg C4H10O

C4H8O2

– 0.62(a,2H)– 0.66(a,2H),1.16(b,3H)

63Fra62Eva

131 C2H5ClFOPS Neat 4.57(a,2H),1.60(b,3H) 69Roe132 C2H5ClFPS2 - 3.4(a,2H),1.64(b,3H) 68Roe2133 C2H5ClHg C5H5N 1.91(a,2H),1.34(b,3H) 63Hat134 C2H5F2O2P - 4.2(a,2H),1.13(b,3H) 67Roe135 C2H5F2PS - 2.30(a,2H),1.29(b,3H) 68Roe3136 C2H5F2PS CDCl3 2.20(a,3H) 88Fil,93Bal137 C2H5F3NP CHCl2F 2.00(a,2H) 73Cow2138 C2H5F5OTe - 4.6(a,2H),1.45(b,3H) 74Fra139 C2H5HgI CD2Cl2 2.10(a,2H),1.43(b,3H) 62Mah140 C2H5HgNO3 C5H5N 2.09(a,2H),1.44(b,3H) 63Hat

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

16

141 C2H5Li -C4H10O

– 0.8(a,2H),1.4(b,3H)– 0.99(a,2H)

62Bro63Fra

142 C2H5P -C6H6 –20°C

–0.47(a),0.47-1.50(b,b’,c,c’)–0.59(a),0.66(b,b’),1.21(c,c’)

67Wag83Gol

143 C2H6Al2Cl4 - 0.0(a,6H) 60Bro2144 C2H6B4 Neat

CCl4

1.80(a,4H),3.00(b,2H)1.99(a,4H),2.97(b,2H)

74Ona81Jar

145 C2H6B4 -Neat

1.82(a,2H,b,2H),2.87(c,2H)1.82(a,2H),2.11(b,2H),2.60(c,2H)

64Ona74Ona

146 C2H6Be - – 1.19(a,6H) 69Von147 C2H6Br4Ga2 CCl4 1.02(a,6H) 66Sch2148 C2H6 Cd - – 0.4(a,6H) 61Klo149 C2H6ClFNPS Neat 3.10(a,6H) 69Roe150 C2H6ClGa CCl4 0.27(a,6H) 66Sch2151 C2H6ClP - 2.0(a,6H) 68See152 C2H6Cl2Si - 5.72(a) 63Khi153 C2H6Cl2Si - 0.80(a,6H) 60Bro1154 C2H6Cl2Sn 1.17(a,6H) 60Bro1155 C2H6Cl4Ga2 CCl4 0.80(a,6H) 66Sch2156 C2H6FP - 1.45(a,6H) 68See157 C2H6FPS2 - 4.38(a),2.83(b,2H),1.7(c,3H) 68Roe3158 C2H6FPS3 - 2.73(a,6H) 68Roe2159 C2H6F3P - 1.76(a,6H) 68See160 C2H6F4O2Te - 4.15(a,6H) 74Fra161 C2H6F5NS - 4.65(a) 93Mei1162 C2H6Hg Neat

C5H5N0.29(a,6H)0.33(a,6H)

62Eva63Hat

163 C2H6HgO2 D2O 1.73(a,2H),3.66(b,2H) 63Wel164 C2H6Hg2O4S C5H5N 1.02(a,6H) 63Hat165 C2H6Hg2S C5H5N 0.69(a,6H) 63Hat166 C2H6ITl C5H5N 1.78(a,6H) 64Hat167 C2H6Mg C4H10O –1.3(a,6H) 63Fra168 C2H6Se -

CDCl3

1.95(a,6H)2.00(a,6H)

61Klo82Nak

169 C2H6Te C6D6 1.83(a,6H) 95Ged170 C2H6Zn - 0.53(a,6H) 62McC171 C2H7B5 Neat

CCl4

–0.69(a,2H),3.36(b,2H),4.83(c),5.45(d,2H)0.10(a,2H),5.51(b,2H),4.97(c),4.18(d,2H)

74Ona81Jar

172 C2H7ClSi CCl4 4.87(a),0.51(b,6H) 60Web173 C2H7ClSi CCl4 3.98(a,2H),0.31(b,3H),2.92(c,2H) 80Car174 C2H7FNOP - 5.1(a,2H),2.0(b,2H),1.4(c,3H) 70Roe2175 C2H7FNOPS Neat 4.5(a,2H),4.46(b,2H),1.63(c,3H) 69Roe176 C2H7FNO2P CH3CN 4.9(a,2H),4.3(b,2H),1.5(c,3H) 70Roe2

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

18

177 C2H7FNPS2 Neat 4.80(a,2H),3.42(b,2H),1.78(c,3H) 69Roe178 C2H7F2P - 6.97(a)1.77(b,6H) 68See179 C2H7ISi CCl4 4.33(a,2H),0.30(b,3H),2.06(c,2H) 80Car180 C2H7OTl C5H5N 1.35(a,6H) 64Hat181 C2H7O2P - 7.16(a) 68Hou182 C2H7O3P 6.76(a) 68Hou183 C2H7P Neat 3.13(a),1.06(b,6H) 63Whi,66Man184 C2H8B6 CCl4 3.51(a,2H,c,2H),2.41(b,2H),5.01(d,2H) 81Jar185 C2H8ClDN2OPt D2O 2.45,2.60(a,2H,b,2H) 91Roc186 C2H8D2N2O2Pt D2O 2.52(a,2H,b,2H) 91Roc187 C2H8D4O8N4Pt D2O 2.52(a,2H,b,2H) 71App,91Roc188 C2H8FN2OP CH3CN 4.5(a,2H),8.2(b),3.1(c,2H),1.3(d,3H) 70Roe2189 C2H8FN2PS Neat 4.42(a,2H),3.06(b,6H) 69Roe190 C2H8FN2PS Neat 4.34(a,2H),3.43(b,2H),1.51(c,3H) 69Roe191 C2H8Ge Neat 3.34(a,2H),–0.14(b,6H) 64Van1192 C2H8OSi CCl4 3.56(a,3H),3.34(b,2H),3.30(c,3H) 80Car193 C2H8Si CCl4 3.84(a,2H)

3.81(a,2H),0.11(b,6H)64Sch72Oue,80Car

194 C2H8Sn -C5H12

Neat

4.76(a,2H),0.20(b,6H)4.45(a,2H)4.32(a,2H),0.18(b,6H)

63Cla65Mad64Van1

195 C2H9BFO2P Neat 0.45(a,3H) 71Cow196 C2H9BF2NP Neat 0.62(a,3H) 71Cow197 C2H9B7 CCl4 2.62(a,2H),1.63(b,4H),5.93(c),5.57(d,2H) 81Jar198 C2H9F5NP CD3CN 5.65(a),6.92(b,2H),2.60(c,6H) 77Cow199 C2H9NSi C6H12

-

C4H12Si

4.34(a,3H)4.39(a,3H)4.36(a,3H),2.46(b,6H)

63Ebs167Ebs270Gli

200 C2H9PSi - 1.23(a,2H),4.37(b),0.30(c,6H) 71Fri201 C2H9PSi Neat 2.07(a),1.06(b,3H),4.03(b,2H),0.30(d,3H) 71Fri202 C2H10BP Neat 0.52(a,3H) 71Cow203 C2H10B8 CCl4 2.07(a,2H),1.64(b,2H,c,2H,d),5.43(e),5.21(f),

1.90(g)81Jar

204 C2H10B10D2 C6D6 1.7(a,2H),2.1(b,4H),2.7(c,2H),2.5(d,2H) 77Gar205 C2H10F4NP CD3CN 5.63(a,2H),7.21(b,2H),2.66(c,6H) 77Cow206 C2H10GaP C6H6 3.8(a) 66Gre207 C2H10I2N2O2Pt D2O

C4D8O2

2.62(a,2H,b,2H)2.82(a,2H,b,2H),6.56(c,4H)

96Kra99Kra

208 C2H10OSi2 C6H12

CCl4

4.67(a,4H)4.66(a,4H),0.28(b,6H)

63Ebs280Dra

209 C2H10SSi2 C6H12

CCl4

4.52(a,4H)4.47(a,4H),0.49(b,6H)

63Ebs280Dra

210 C2H10SeSi2 CCl4 4.43(a,4H),0.59(b,6H) 80Dra

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

20

211 C2H10Si2Te CCl4 4.25(a,4H),0.73(b,6H) 80Dra212 C2H11B8N CDCl3 0.60(a),1.63(b,d),2.37(c),2.41(e,f),2.19(g,h),

2.51(i,k),3.20(j)98Ple

213 C2H11B9 CCl4 1.08(a),2.76(b,4H),2.10(c,2H),2.42(d,2H),5.78(e,2H)

81Jar

214 C2H11IN2O3Pt C4D8O2 2.70,3.05(a,2H,b,2H),6.33(c,4H) 99Kra215 C2H11NSi2 C6H12 3.30(a,2H),1.71(b,3H) 64Van2216 C2H11NSi2 C4H12Si 4.38(a,6H),2.90(b,2H),1.13(c,3H) 70Gli217 C2H12B10 CCl4 2.26(a,2H),2.10(b,4H),2.16(c,2H),2.24(d,2H),

3.48(e,2H)81Jar

218 C2H12B10 CCl4 2.62(a,2H),2.16(b,4H),2.21(c,2H),2.12(d,2H),2.84(e,2H)

81Jar

219 C2H12B10 CCl4 2.17(a,10H),2.68(b,2H) 81Jar220 C2H12N2O4Pt C4D8O2 2.94(a,2H,b,2H),6.19(c,4H) 99Kra221 C2H12Si3 C6H6 0.17(a,6H),3.90(b,4H),3.20(c,2H) 72Ske222 C2H13B8N CDCl3 2.52(a),2.79(b),2.62(c),2.96(d),0.72(e),

4.47(f),5.51(g),1.62(h),1.70(i),3.82(j),4.27(k), 1.29(l),–1.05(m)

98Ple

223 C2H14B6S CDCl3 –0.80(a),2.62(b),1.07(c),2.45(d),3.22(e),2.16 (f),0.57(g),–2.12(h),–1.20(i),–0.12(j),–2.12(k)

94Hol

224 C2H16B11N C6D6 2.28(a,5H),2.59(b,5H),3.24(c),2.21(d,2H)0.17(e,3H)

93Mey

225 C2H16F4N5O4RhS - 5.12(a) 68Tho226 C2H19B11S C6D6 1.07(a,6H),1.76,2.43(b,5H,c,5H),-3.31(d,e,2H)93Kel2227 C2H19B11S C6D6 2.48,3.23(a,f),2.14,2.21,2.39,2.42(b,2H,c,2H,

d,2H,e,2H),–3.36(g,h,2H),1.08(i,6H)93Kel2

228 C2H19B11S C6D6 1.77,1.99,2.82,3.23,3.58(a,d,b,2H,c,2H,f,2H,e,2H),–2.91(g,h,2H),1.03(i,6H)

93Kel2

229 C2H20Cl2N5O8Rh - 2.4(a,2H),0.8(b,3H) 68Tho230 C2H21Cl2N5O8SRu CD3SOCD3 3.0(a,3H),2.2(b,12H),2.06(c,6H) 76Kue231 C3H3Cl2OP Neat 6.25(a),5.54(b,2H) 69Sim232 C3H3Cl2P CCl2=CCl2 6.10(a),5.14(b,2H) 69Sim233 C3H3F7SeSi C6H12 4.29(a,3H) 63Ebs1234 C3H4Hg C5H5N 0.59(a,3H) 63Hat235 C3H4N2Se CDCl3 8.81(a),2.80(b,3H) 95Dud236 C3H4N2Se CDCl3 8.22(a),2.70(b,3H) 95Dud237 C3H5HgN C5H5N 1.70(a,2H),1.42(b,3H) 63Hat238 C3H5Li C4H8O –2.5(a),–0.05,0.46(b,2H,c,2H) 63Sey2239 C3H5Li - 6.30(a),7.38(b),1.88(c,3H) 63Sey3240 C3H5Li - 6.70(a),6.24(b),1.68(c,3H) 63Sey3241 C3H6ClFN2O2S - 3.42(a,6H) 70Roe1242 C3H6Cl2N2O2S - 3.55(a,6H) 70Roe1243 C3H6FNO2S - 8.52(a),2.59(b,2H),1.08(c,3H) 70Roe1244 C3H6FNO4S - 3,41(a,3H),3.90(b,3H) 70Roe1245 C3H6HgO2 C5H5N 0.91(a,3H) 63Hat

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

22

246 C3H6NSTl C5H5N 1.62(a,6H) 64Hat247 C3H6NTl C5H5N 1.61(a,6H) 64Hat248 C3H6Na3O6P3 NaOH,H2O 1.637(a,6H) 99Flu249 C3H7AsO2S CDCl3 4.00(a,a’),3.73(b,b’) 83Aks250 C3H7AsO3 CDCl3 4.08(a,a’),3.87(b,b’) 83Aks251 C3H7F5OTe - 4.55(a,2H),1.85(b,2H),1.05(c,3H) 74Fra252 C3H7F5OTe - 5.1(a),1.45(b,6H) 74Fra253 C3H8Br2SSi CCl4 2.31(a,2H),2.18(b,3H),1.12(c,3H) 80Car254 C3H8FOPS2 - 3.18(a,2H),1.56(b,3H),4.03(c,3H) 68Roe2255 C3H8FOPS2 - 2.58(a,3H),4.43(b,2H),1.55(c,3H) 68Roe2256 C3H8F4O2Te - 4.1(a,3H),4.5(b,2H),1.35(c,3H) 74Fra257 C3H8Si Neat 1.150(a,4H),2.283(b,2H),4.652(c,2H) 79Dab258 C3H9As -

CDCl3

0.88(a,9H)0.95(a,9H)

65Rus,73Pri68Sis

259 C3H9B - 0.79(a,9H) 62Goo260 C3H9BBr3N CDCl3 3.18(a,9H) 64Mil261 C3H9BCl3N CDCl3 3.00(a,9H) 64Mil262 C3H9BF3N CDCl3 2.62(a,9H) 64Mil263 C3H9BF3OPS3 Neat 2.67(a,9H) 69Ele264 C3H9BF3O3P Neat 3.94(a,6H),1.81(b,3H) 69Ele265 C3H9BF3O3PS Neat 3.98(a,6H),2.41(b,3H) 69Ele266 C3H9BF3O4P Neat 4.08(a,9H) 69Ele267 C3H9BF3P Neat 1.38(a,9H) 69Ele268 C3H9Bi - 0.6(a,9H) 61All269 C3H9BrSi CCl4 4.13(a),0.24(b,6H), 2.50(c,2H) 80Car270 C3H9BrSn - 0.77(a,9H) 61Cha271 C3H9ClSi CCl4 4.06(a),0.21(b,6H), 2.83(c,2H) 80Car272 C3H9ClSi - 0.42(a,9H) 60Bro1273 C3H9ClSn - 0.63(a,9H) 60Bro1274 C3H9Cl2P CHCl3 2.48(a,9H) 64Hen275 C3H9FNPS2 - 2.65(a,3H),3.17(b,6H) 68Roe2276 C3H9F2O2PSi - 0.13(a,9H) 67Roe277 C3H9F4NP2Si - 0.4(a,9H) 79Krü278 C3H9GeLiO - 0.37(a,9H) 63Rui1279 C3H9GeLiSe - 0.63(a,9H) 63Rui2280 C3H9Hg3PO4 C5H5N 0.87(a,9H) 63Hat281 C3H9ISi CCl4 4.04(a),0.18(b,6H),2.19(c,2H) 80Car282 C3H9NSi C4H12Si 4.39(a,3H),2.82(b,4H),1.59(c,2H) 70Gli283 C3H9OP D2O 1.93(a,9H) 64Hen284 C3H9OPS3 Neat 2.67(a,9H) 69Ele285 C3H9O3P Neat 3.61(a,6H),1.41(b,3H) 69Ele286 C3H9O3PS Neat 3.88(a,6H),2.34(b,3H) 69Ele287 C3H9O4P Neat 3.67(a,9H) 69Ele

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

24

288 C3H9O6P3 HCl,H2O 2.177(a,6H) 99Flu289 C3H9P -

C6D6

0.94(a,9H)0.82(a,9H)

63Whi,65Rus,73Pri77Lou

290 C3H9PS CDCl3 1.74(a,9H) 64Hen291 C3H9PS4 - 2.72(a,9H) 69Ele292 C3H9Sb - 0.3(a,9H) 61All293 C3H9Tl (–85°C) 0.52(a,9H) 61Mah294 C3H10ClFNPSSi Neat 0.56(a,9H),4.6(b) 69Roe295 C3H10ClP D2O 2.3(a,9H) 64Hen296 C3H10F2NPSSi Neat 0.45(a,9H) 69Roe297 C3H10Ge 3.50(a,3H) 63Ego298 C3H10Ge -

Neat3.66(a)3.62(a),– 0.14(b,9H)

63Ego64Van1

299 C3H10NP C6H6 – 0.69(a),0.45(b,9H) 68Sch1300 C3H10Pb 7.68(a),0.85(b,9H) 63Fli301 C3H10SSi CCl4 3.85(a,2H),0.19(b,3H),1.75(c,2H),2.05(d,3H) 80Car302 C3H10Si CCl4 3.85(a),0.08(b,9H)

3.99(a),0.06(b,9H)60Web

72Oue,80Car303 C3H10Sn C5H12

Neat4.73(a),0.18(b,9H)4.62(a),0.19(b,9H)

63Fli,65Mad64Van1

304 C3H11ClO2PtS CDCl3 0° 0.93(a,3H),3.32(b,6H) 96Rom305 C3H11ClO2PtS CDCl3 0° 0.98(a,3H),3.34(b,6H) 96Rom306 C3H11F5NP CD3CN 5.66(a),7.34(b),2.86(c,9H) 77Cow307 C3H11NSi CCl4 3.52(a,3H),2.09(b,2H),3.65(c,6H) 80Car308 C3H11PSi - 1.23(a,2H) 67Flu3309 C3H11PSi Neat 1.94(a),1.00(b,3H),4.23(c),0.22(d,6H) 71Fri310 C3H12BN CDCl3 2.66(a,9H) 64Mil311 C3H12BO3P Neat 0.30(a,3H) 71Cow312 C3H12BP C6H6 1.16(a,3H) 71Cow313 C3H12B3N3 C6D6 4.45(a,3H),3.04(b,9H) 95Wra314 C3H12F4NP CD3CN 5.8(a,2H),8.2(b),2.75(c,9H) 77Cow315 C3H13B8N CDCl3 0.57(a),1.59(b,d),2.27(c),2.49(e,f),2.16(g,h)

2.48(i,k),2.80(j,3H)98Ple

316 C3H13PSi2 Neat 1.07(a,3H),4.04(b,4H),0.32(c,6H) 71Fri317 C3H15CoF9N5O9S3 CF3SO3H 1.67(a,3H),3.33(b,12H) 84Dix318 C3H15F9IrN5O9S3 CF3SO3H 3.85(a,15H) 84Dix319 C3H15F9N5O9PtS3 CF3SO3H 4.70(a,15H) 84Dix320 C3H15F9N5O9S3Rh CF3SO3H 2.90(a,3H),3.16(b,12H) 84Dix321 C3H15NSi3 C6H12 4.52(a,6H) 63Ebs2322 C3H17B4P CD2Cl2 1.10(a),2.08(b,4H),2.49(c),–2.42(d,2H),1.27 (e,9H) 84Kam323 C3H18B11N C6D6 2.42(a,5H),2.60(b,5H),3.38(c),2.61(d),0.38 (e,6H) 93Mey324 C3H18F9IrN6O9S3 CF3SO3H 4.60(a,18H) 84Dix325 C3H18F9N6O9S3Rh CF3SO3H 3.84(a,18H) 84Dix

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

26

326 C4HF12As2N CHCl2F 3.40(a) 73Cow2327 C4HF12NP2 CHCl2F 4.16(a) 73Cow2328 C4H2F10NP - 2.43(a,2H) 73Cow2329 C4H3ClHgO - 7.33(a),6.40(b),7.7(c) 63Coh330 C4H4STe CDCl3 7.39(a,2H),6.88(b,2H) 97Sch331 C4H4Se CDCl3 8.22(a,2H),7.56(b,2H) 95Sch332 C4H5Cl2OP Neat 2.03(a,3H),5.43(b,2H) 69Sim333 C4H5Cl2P Neat 2.05(a,3H),5.07(b,2H) 69Sim334 C4H6Cl2Sn CDCl3 6.56(a,2H),6.45(b,2H),6.12(c,2H) 94Lyc335 C4H6Hg - 7.3(a,2H),6.6(b,2H),6.1(c,2H) 61Moo336 C4H6HgO2 C4H8O2 6.42(a),5.90(b),5.50(c) 64Wel337 C4H6Hg2O4 C5H5N 1.03(a,6H) 63Hat338 C4H6N2Se CDCl3 8.82(a),3.22(b,2H),1.41(c,3H) 95Dud339 C4H6N2Se CDCl3 8.27(a),3.07(b,2H),1.38(c,3H) 95Dud340 C4H6Te C6D6 6.89(a,2H),6.04(b,2H),5.68(c,2H) 95Ged341 C4H7BrMg - 0.71(a,2H),5.88(b),4.48(c),1.55(d,3H) 61Nor,62Whi1342 C4H7Cl9PtSn3 CDCl3 2.21(a,3H),5.38(b,2H),3.82(c,2H) 89Amm343 C4H7F6NP2 CHCl2F 2.75,2.70(a,R*S*,R*R*) 73Cow2344 C4H7NSi C4H12Si 4.74(a,3H),6.60(b,2H),6.23(c,2H) 70Gli345 C4H8AgNO3 D2O 6.2(a,2H),1.9(b,6H) 62Sch2346 C4H8Cl3KPt D2O 5.5(a,2H),1.7(b,6H) 60Pow347 C4H8FNO2S - 8.43(a),2.68(b),1.11(c,6H) 70Roe1348 C4H8FNO4S - 3.37(a,3H),4.32(b,2H),1.33(c,3H) 70Roe1349 C4H8F4Sn - 0.31(b,6H) 63Cla350 C4H8N2O2S2Ni - 7.20(a,2H),3.50(b,6H) 70Shi351 C4H8Ni –60°C 5.33(a),2.76(b,2H),2.25(c,2H),–2.1(d,3H) 66Bog352 C4H8O4Te CDCl3 3.79,3.93(a,4H,b,4H) 94Got353 C4H8Te C6D6 1.55(a,3H),2.96(b,2H)5.77(c),4.59(d),4.60(e) 95Ged354 C4H9AsO3 CDCl3 3.49(a),4.03(b),4.03(c),1.21(d,3H) 83Aks355 C4H9AsO3 CDCl3 3.36(a),4.15(b),4.37(c),1.10(d,3H) 83Aks356 C4H9FN2O3S - 3.20(a,3H),3.06(b,6H) 70Roe1357 C4H9FN2O3S - 3.28(a,6H),4.12(b,3H) 70Roe1358 C4H9F3Sn - 0.39(a,9H) 61Cha359 C4H9F5OTe - 4.55(a,2H),1.1-1.9(b,2H,c,2H),1.0(d,3H) 74Fra360 C4H9F5OTe - 4.3(a,2H),2.05(b),1.0(d,6H) 74Fra361 C4H9Li - 0.99(9H) 63Wei1362 C4H9N3O3S2Si CH2Cl2 0.46(a,9H) 74Roe363 C4H9O4P - 7.02(a) 67Bur364 C4H10AlCl - 0.2(a,4H),0.6(b,6H) 57Bak365 C4H10Be C7D8

C7D14

0.26(a,4H),1.06(b,6H) 0.57(a,4H),1.55(b,6H)

68Coa

366 C4H10Br4Ga2 CCl4 1.50(a,4H),1.27(b,6H) 66Sch2367 C4H10Cd - 0.5(a,4H),1.3(b,6H) 60Nar

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

28

368 C4H10Cl4Ga2 CCl4 1.38(a,4H),1.32(b,6H) 66Sch2369 C4H10FOPS2 - 3.15(a,2H),1.53(b,3H),4.45(c,2H),1.54(d,3H) 68Roe2370 C4H10FPS3 - 3.27(a,4H),1.66(b,6H) 68Roe2371 C4H10F4O2Te - 4.45(a,4H),1.35(b,6H) 74Fra372 C4H10F4O2Te - 4.1(a,3H),4.35(b,2H),1.75(c,2H),1.0(d,3H) 74Fra373 C4H10F4O2Te - 4.05(a,3H),5.0(b),1.35(c,6H) 74Fra374 C4H10Hg -

C5H5N2.4(a,4H),2.6(b,6H)1.07(a,4H),1.38(b,6H)

59Des63Hat

375 C4H10Se - 2.9(a,4H),1.4(b,6H) 61Klo376 C4H11BF3P CD2Cl2 1.00(a,2H),1.73(b,9H) 76Flu377 C4H11BrSSi CCl4 2.22(a,2H),2.00(b,3H),088(c,6H) 80Car378 C4H11BrSi CCl4 0.39(a,6H),0.80(b,2H),1.02(c,3H) 66Sch2379 C4H11ClSi CCl4 0.52(a,6H),0.90(b,2H),1.03(c,3H) 66Sch2380 C4H11Cl4SiTa - 3.61(a,2H),0.09(b,9H) 74Moo381 C4H11FNPS2 - 3.04(a,2H),1.53(b,3H),3.04(c,6H) 68Roe2382 C4H11NSi C4H12Si 4.38(a,3H),2.92(b,4H),1.70(c,4H) 70Gli383 C4H11O3P - 6.85(a) 68Hou384 C4H11P - –0.78(a,2H),1.21(b,9H) 68Sch3,76Flu385 C4H11Tl - 0.42(a,6H),1.34(b,2H),1.80(c,3H) 61Mah386 C4H12AlLi C4H10O2 –1.31(a,12H) 67Oli387 C4H12Al2Cl2 - –0.32(a,12H) 62Hof388 C4H12AsI CDCl3 2.29(a,12H) 64Mas389 C4H12BLi C4H10O2 –0.70(a,12H)

–0.52(a,12H)67Oli80Yan

390 C4H12ClDN2OPt D2O 2.72(a,2H,b,2H),2.866(c,6H) 91Roc391 C4H12ClP CDCl3 2.47(a,12H) 65Mas,76Flu392 C4H12Cl2N2Pt D2O 2.698(a,2H),2.712(b,2H),2.889(c,6H) 91Roc393 C4H12D2N2O2Pt D2O 2.675(a,2H),2.596(b,2H),2.773(c,6H) 91Roc394 C4H12D4 N4O8Pt D2O 2.684(a,2H,b,2H),2.806(c,6H) 91Roc395 C4H12FN2PS Neat 4.17(a,2H),3.52(b,4H),1.41(c,6H) 69Roe396 C4H12Ge -

Neat0.13(a,12H)–0.14(a,12H)

63Smi,72Pri64Van1

397 C4H12IP CDCl3 2.47(a,12H) 64Hen398 C4H12P2 - 1.06(a,12H) 64Har399 C4H12Pb - 0.73(a,12H) 63Sch3400 C4H12SSi CCl4 4.00(a),0.18(b,6H),1.83(c,2H),2.16(d,3H) 80Car401 C4H12Si - 0.00(a,12H) 60Bro1,58All402 C4H12Sn - 0.06(a,12H) 63Bro403 C4H12Sn Neat 4.02(a,3H) 64Pot404 C4H12Te C6D6 0.99(a,12H) 95Ged405 C4H13NSi C4H12Si 4.38(a,3H),2,82(b,4H),1.03(c,6H) 70Gli406 C4H13NSi CCl4 3.74(a,2H),0.17(b,3H),1.99(c2H),2.21(d,6H) 80Car407 C4H13N2OP Neat 6.66(a) 66Gal

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

30

408 C4H13PSi Neat 1.83(a),0.20(c,9H) 71Fri409 C4H14AlN - 2.46(a,9H),3.54(b,2H),–0.85(c,3H) 63Pet410 C4H14Al2 - –0.49(a,12H) 62Hof411 C4H14OSi2 CCl4 4.69(a,2H),0.14(b,12H) 80Dra412 C4H14SSi2 CCl4 4.63(a,2H),0.38(b,12H) 80Dra413 C4H14SeSi2 CCl4 4.73(a,2H),0.51(b,12H) 80Dra414 C4H14Si2Te CCl4 4.82(a,2H),0.63(b,12H) 80Dra415 C4H15BFN2P Neat 0.45(a,3H) 71Cow416 C4H16N2O2PtS2 CH3SOCH3 3.57(a,12H) 69She417 C4H16Si3 C6H6 0.27(a,12H),4.13(b,2H),3.98(c,2H) 72Ske418 C4H20B3N - 0.3(a,2H,b,6H) 70Mar419 C4H20B9N C6D6 3.41(a,2H),1.39,1.81(b,c),4.13(d,2H),

2.55 (e,2H),3.85(f),–3.41(g,2H),0.83(h,9H)93Mey

420 C4H20B9N C6D6 3.49(a,2H),1.40,1.69(b,c),3.90(d,2H),2.53(e,2H),3.90(f),–3.24(g,2H),2.91(h,2H),0.93(i,2H),0.66(j,2H),0.55(k,3H)

93Mey

421 C4H20B11N C6D6 2.42(a,5H),2.61(b,5H),3.28(c),2.39(d,2H),1.21(e),0.24(f,6H)

93Mey

422 C4H22As2B9N CD3COCD3 2.30(a),2.18(b,2H),2.60(c),3.01(d,2H),2.76(e,2H),2.30(f),–2.85(g)

91Fon

423 C4H24AsB10N CD3COCD3 2.10(a),2.16(b,2H),1.22(c,2H),3.30(d),1.90(e,2H),1.84(f,2H),–4.41(g,2H)

78Wri,91Fon

424 C4H24B9N CDCl3 2.86(a),0.33(b,2H),0.64(c),1.65(d,2H),1.99(e,2H),3.96(f),–0.22(g,2H),–3.59(h,2H),4.15(i,2H),3.11(j,2H),1.73(k,2H),1.40(l,2H),0.96(m,3H)

93Mey

425 C4H24B9N CDCl3 2.85(a),0.42(b,2H),0.62(c),1.63(d,2H),2.01(e,2H),4.05(f),–0.19(g,2H),–3.50(h,2H),4.05 (i,2H),1.47(j,9H)

93Mey

426 C5H1CoK3N5 H2O –12.6(a) 59Gri427 C5H1K3N5Rh - –10.8(a) 59Gri428 C5H5ClHg CDCl3 6.04(a,5H) 77Goo429 C5H6O2Te CD3SOCD3 3.83(a,4H),3.43(b,2H) 78Dew430 C5H7AsClNaO3S3 D2O 3.88(a),3.22(b),4.34(c),3.02,3.19(d,e),

6.58 (f),6.62(g)89O’Co

431 C5H7AsClNaO3S3 D2O 3.37(a),3.15(b),3.94(c),3.84,3.14(d,e),6.61(f),6.72(g)

89O’Co

432 C5H7Cl2OP CDCl3 6.27(a),2.18(b,6H) 69Sim433 C5H8AsClOS2 CD3OD 3.57(a),2.68(b),3.66(c),2.93,2.98(d,e),

6.18(f,g)89O’Co

434 C5H8N2Se CDCl3 8.81(a),3.14(b,2H),1.83(c,2H),0.98(d,3H) 95Dud435 C5H8N2Se CDCl3 8.25(a),3.01(b,2H),1.71(c,2H),0.96(d,3H) 95Dud436 C5H8N2Se CDCl3 8.79(a),3.56(b),1.42(c,6H) 95Dud437 C5H8N2Se CDCl3 8.29(a),3.42(b),1.37(c,6H) 95Dud438 C5H9AsO3 CDCl3 4.04(a,6H),0.65(b,3H) 64Ver,68Van

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

32

439 C5H9AsS3 CH2Cl2 2.94(a,6H),1.09(b,3H) 68Van440 C5H9BrMg - 0.51(a,2H),5.58(b),1.55(c,6H) 62Whi2441 C5H9OPS3 C5H5N 3.38(a,6H),1.05(b,3H) 68Van442 C5H9O3P CDCl3 3.93(a,6H),0.72(b,3H) 68Van443 C5H9O3PS CDCl3 4.48(a,6H),0.87(b,3H) 68Van444 C5H9O4P CDCl3 4.48(a,6H),0.90(b,3H) 68Van445 C5H9PS3 C5H5N 2.82(a,6H),0.88(b,3H) 68Van446 C5H9PS4 C5H5N 3.32(a,6H),1.04(b,3H) 68Van447 C5H10ClFN2O2S - 3.77(a,4H),1.40(b,6H) 70Roe1448 C5H10Cl2N2O2S - 3.86(a,4H),1.60(b,6H) 70Roe1449 C5H10NSTl CDCl3 2.22(a,4H),1.75(b,6H) 64Hat450 C5H10OSe CDCl3 12.20(a),1.57(b,9H) 86Ish451 C5H10Te C6D6 2.37(a,2H),1.41(b,3H),3.14(c,2H),5.75(d),

4.67(e,f)95Ged

452 C5H11AsO3 CDCl3 4.41(a,a’),1.05(b,3H,b’,3H) 83Aks453 C5H11AsO3 CDCl3 3.82(a),1.17(b,3H),3.56(c),1.23(d,3H) 83Aks454 C5H11Li C6D6 –0.67(a,2H),1.13(b,9H) 78Sch455 C5H11N3Si - 7.92(a),7.92(b),0.58(c,9H) 98Lar456 C5H11N3Si - 7.82(a,2H),0.58(b,9H) 98Lar457 C5H11O2PS CCl4 7.68(a) 67Bar458 C5H11O5P CDCl3 3.93(a,8H),3.69(b,3H) 93Liu2459 C5H12Ge CDCl3 6.33(a),5.92(b),5.60(c),0.18(d,9H) 89Tak460 C5H12NO3P - 7.08(a) 67San461 C5H12NO5P CDCl3 4.31(a,2H,b,2H),1.41(c,6H),4.99(d,2H) 94Byr462 C5H12Si C6H12 6.11(a),5.87(b),5.63(c),0.06(d,9H) 61Hob463 C5H13B7KN C4H8O 1.51,2.39,3.88(a,2H,b,c,f,2H,g),0.67(d,2H),

0.31(e),–3.06(h),2.87(i,2H)93Su

464 C5H13FNPS2 - 2.5(a,3H),3.52(b,4H),1.33(c,6H) 68Roe2465 C5H13NSi C4H12Si 4.35(a,3H),2.82(b,4H),1.48(c,4H,d,2H) 70Gli466 C5H13O3PS2 CDCl3 2.29(a,6H) 93Bal467 C5H13Tl - 0.27(a,3H),1.29(b,4H),1.82(c,6H) 61Mah468 C5H14B7N CD2Cl2 1.98,2.90(a,2H,f,2H),0.19,4.05(b,c),1.34(d, 2H),

–0.11(e),2.12(g),–3.04(h,2H),2.82(i,2H)93Su

469 C5H15AsNP C6H6 0.91(a,6H),1.40(b,9H) 68Sch1470 C5H15BO2Sn C6D6 0.25(a,9H) 92Wra1471 C5H15BeN C5H10 30° –1.00(a,6H) 71Coa2472 C5H15ClO2PtS2 CDCl3 0° 0.98(a,3H),3.42(b,12H) 96Rom473 C5H15ClO2PtS2 CDCl3 0° 1.17(a,3H),3.49(b,6H),3.21(c,6H) 96Rom474 C5H15NP2 C6H6 0.8(a,6H),1.32(b,9H) 68Sch1475 C5H15NSi CCl4 3.97(a),0.13(b,6H),1.94(c,2H),2.26(d,6H) 80Car476 C5H16AlN C6H12 2.38(a,9H),3.54(b,2H),–0.20(c,2H),0.97(d,3H) 63Pet477 C5H16AlN C6H12 2.38(a,9H),–0.86(b,6H) 63Pet478 C5H17PSi2 Neat 0.97(a,3H)4.22(b,2H),0.21(c,12H) 71Fri

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

34

479 C5H18N2O4Pt D2O 2.43(a,4H),1.01(b,6H) 98Kim480 C5H22B9N C6D6 3.58(a,2H),1.32,1.69(b,c),3.96(d,2H),2.54(e,2H),

3.96(f),–3.01(g,2H),2.84(h,2H),0.38 (i,9H)93Mey

481 C5H22B11N C6D6 2.55(a,5H),2.60(b,5H),3.31(c),2.60(d,2H),0.35(e,9H)

93Mey

482 C5H26B9N CDCl3 2.88(a),0.42(b,2H),0.61(c),1.68(d,2H),2.01(e,2H),3.95(f),–0.20(g,2H),–3.64(h,2H),3.95(i,2H),2.42(j,2H),1.03(k,9H)

93Mey

483 C6H3MnO5 C7D8 –0.21(3H) 80But484 C6H4ClCoO3 - 3.83(a,2H),2.92(b,2H) 61McC485 C6H4CoIO2 - 4.68(4H) 68Ami486 C6H5Br3GeNiO CDCl3 4.27(a,5H) 72Edm487 C6H5Br3NiOSn CDCl3 4.23(a,5H) 72Edm488 C6H5Cl3GeNiO CDCl3 4.25(a,5H) 72Edm489 C6H5Cl3NiOSn CDCl3 4.18(a,5H) 72Edm490 C6H5Cl3Si - 7.80(a,2H),7.29(b,2H,c) 63Mai491 C6H5CoO3 - 4.91(a,),3.06(b,2H),2.14(c,2H) 61McC,60Hec492 C6H5GeI3NiO CDCl3 4.38(a,5H) 72Edm493 C6H6Br2Ge Neat

C5H12

6.72(a)6.73(a)

67Riv

494 C6H6Cl2Ge NeatC5H12

6.95(a)7.00(a)

67Riv

495 C6H6F2Ge C4H10O 6.96(a) 67Riv496 C6H6GeI2 Neat

C5H12

5.45(a)5.42(a)

67Riv

497 C6H6Hg CH3COCH3 5.02(a),4.32(b,2H) 70Sim498 C6H6LiN C4H8O 6.25(a,2H),6.67(b,2H),5.84(c),2.50(d) 87Ide499 C6H6Te C6D6 1.67(a,6H) 95Ged500 C6H7BrGe Neat 5.35(a,2H) 67Riv501 C6H7ClGe CCl4

C5H12

5.83(a,2H)5.72(a,2H)

67Riv

502 C6H7FGe C5H12 6.08(a,2H) 67Riv503 C6H7FNOP CH3CN 4.4(a,2H),7.4(b,5H) 70Roe2504 C6H7FNOPS CH3CN 6.8(a,2H),7.4(b,5H) 70Roe2505 C6H7FNO2P CH3CN 4.3(a,2H),7.1(b,5H) 70Roe2506 C6H7GeI Neat 4.76(a,2H) 67Riv507 C6H7Na - 5.42(a,4H),2.13(b,3H) 63McC508 C6H7P Neat 3.7(a,2H) 66Aki509 C6H8CrN2O2 C5H5N 0.5(a,3H),4.8(b,5H) 56Pip510 C6H8F8Sn - 0.63(a,6H) 63Cla511 C6H8Ge Neat

C5H12

4.25(a,3H)4.20(a,3H)

67Riv

512 C6H8Hg CDCl3 6.10(a,5H),0.55(b,3H) 77Goo

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

36

513 C6H8Sn Neat 4.93(a,3H) 63Amb514 C6H9As H2O 6.1(a,3H),5.5(b,3H),5.2(c,3H) 60Bru515 C6H9ClSn -

CDCl3

6.3(a,3H),6.1(b,3H),5.8(c,3H)6.51(a,3H), 6.35(b,3H),5.97(c,3H)

60Bru94Lyc

516 C6H9Ga - 6.59(a,3H),6.27(b,3H),5.87(c,3H) 64Moy517 C6H9NSi C4H12Si 4.47(a,3H),6.85-7.25(c,5H) 70Gli518 C6H9Sb H2O 6.5(a,3H),5.9(b,3H),5.5(c,3H) 60Bru519 C6H10Ag+ D2O 6.4(a,2H),1.2(b,4H),1.8(c,4H) 58Pop,62Sch2520 C6H10 Br2Ni2 C6H6 4.3(a,2H),2.3(b,4H),1.2(c,4H) 62Bur521 C6H10Br2Pd2 C6H6 3.85(a,2H),3.0(b,4H),1.8(c,4H) 62Bur522 C6H10Cl2Pd2 CDCl3

CDCl3

5.45(a,2H),4.07(b,4H),3.00(c,4H)6.11(a,2H),4.68(b,4H),3.70(c,4H)

61Sha61McC

523 C6H10Hg - 2.00(a,6H),5.53(b,2H),4.81(c,2H) 63Moy524 C6H10Hg - 6.18(a,2H),6.93(b,2H),1.93(c,6H) 63Moy525 C6H10Hg - 6.18(a,2H),1.93(b,6H),5.59(c,2H) 63Moy526 C6H10I2Pd2 CHCl3 5.40(a,2H),4.35(b,4H),3.05(c,4H) 61Sha527 C6H10N2Se CDCl3 8.80(a),3.02(b,2H),2.15(c),0.93(d,6H) 95Dud528 C6H10N2Se CDCl3 8.81(a),1.49(b,9H) 95Dud529 C6H10N2Se CDCl3 8.30(a),1.46(b,9H) 95Dud530 C6H10Si CCl4 4.33(a) 60Web531 C6H10Te C6D6 3.05(a,4H),5.85(b,2H),4.66(c,2H),4.68(d,2H) 95Ged532 C6H11NSi2 C4H12Si

C6H12

4.59(a,6H),6.82-7.27(b,b’,c,c’,d)6.97(b,b’),7.10(c,c’),6.87(d)

70Gli

533 C6H12AgF6I4P CD2Cl2 3.58(a,8H),2.28(b,4H) 93Pow1534 C6H12Ge CDCl3 6.29(a,2H),5.94(b,2H),5.64(c,2H),0.23(d,6H) 89Tak535 C6H12N2Si Neat 0.44(a,9H),7.73(b),6.28(c),7.56(d) 98Lar536 C6H12N2Si CDCl3 12.97(a),7.58(b),0.21(c,9H),7.58(d) 98Lar537 C6H12N2Si CDCl3 12,99(a),0.28(b,9H),6.40(c),7.64(d) 98Lar538 C6H12Si CDCl3 6.10(a,2H),5.92(b,2H),5.66(c,2H),0.12(d,6H) 80Del539 C6H12Sn Neat 4.98(a),4.11(b,2H),0.18(c,9H) 70Sim540 C6H12Te C6D6 2.95(a),1.43(b,6H),3.22(c,2H),5.90(d),4.71(e,f) 95Ged541 C6H13FN2O3S - 3.16(a,3H),3.43(b,4H),1.22(c,6H) 70Roe1542 C6H13FN2O3S - 3.65(a,4H),1.33(b,6H),4.17(c,3H) 70Roe1543 C6H13IOSi CDCl3 6.50(a),4.27(b,2H),0.19(c,9H),1.63(d) 95Ber2544 C6H13O3P - 7.02(a) 68Hou545 C6H13O3PS2 C6D6 3.255(a),2.012(b,f),3.648(c,g),1.514(d),

1.647(e),2.573(h,6H)85Eng

546 C6H13O4P CDCl3 4.02-4.21(a,2H,b,2H),1.25(c,6H),3.06(d,2H)9.65(e)

94Byr

547 C6H13O5P CDCl3 3.84(a,8H),3.91(b,2H),1.23(c,3H) 93Liu2548 C6H14Al2Cl4O2 CDCl3 4.75(a,2H),1.55(b,12H) 91Bél549 C6H14Be C7H8 –40°

80°1.00(a,2H),1.41,1.32(b,6H,c,6H)8.74(b,c,12H)

68Coa

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

38

550 C6H14BrO3PS CDCl3 2.32(a,3H) 93Bal551 C6H14ClO3PS CDCl3 2.28(a,3H) 88Cos,93Bal552 C6H14F4O2Te - 4.25(a,4H),1.70(b,4H),0.90(c,6H) 74Fra553 C6H14F4O2Te - 4.9(a,2H),1.35(b,12H) 74Fra554 C6H14Ge - 6.39(a),5.65(b),1.77(c,3H),0.25(d,9H) 63Sey1555 C6H14Ge - 5.9(a),1.80(b,3H),5.9(c),0.18(d,9H) 63Sey1556 C6H14Hg C6H6 2.2(a,4H),3.2(b,4H) 59Des557 C6H14Hg C6H6 2.5(a,2H),2.5(b,12H) 59Des558 C6H14I2N2O4Pt C2D7NO

C4D8O2

2.75(a,2H,b,2H),8.54(c,4H),1.86(d,6H)2.72(a,2H,b,2H),7.84(c,4H),2.05(d,6H)

96Kra99Kra

559 C6H14Si CDCl3 1.48(a,2H),0.00(b,9H),5.77(c),4.82(d),4.80(e) 84Alb560 C6H14Sn - 5.90(a),1.8(b,3H),5.90(c),0.08(d,9H) 63Sey1561 C6H14Sn - 5.75(a),6.40(b),1.75(c,3H),0.15(d,9H) 63Sey1562 C6H15As CDCl3 1.40(a,6H),1.12(b,9H)

1.36(a,6H),1.11(b,9H)64Mas

563 C6H15BCl3N CDCl3 3.38(a,6H),1.40(b,9H) 64Mil564 C6H15Br2P CHCl3 2.62(a,6H),1.09(b,9H) 64Hen565 C6H15FNPS2 - 3.10(a,2H),1.53(b,3H),3.52(c,4H)1.33(d,6H) 68Roe2566 C6H15IN2O5Pt C4D8O2 2.60,3.01(a,2H,b,2H),7.30(c,4H),2.09(d,6H) 99Kra567 C6H15N2O2P - 6.76(a) 67San568 C6H15OP CHCl3 1.65(a,6H),1.1(b,9H) 64Hen569 C6H15O3PS CDCl3 2.30(a,3H) 93Bal570 C6H15O4PS CDCl3 2.83(a,3H) 93Bal571 C6H15O5PS CDCl3 3.18(a,3H) 93Bal572 C6H15P CDCl3 1.2(a,6H),0.96(b,9H) 64Hen573 C6H15SP CHCl3 1.81(a,6H),1.17(b,9H) 64Hen574 C6H15Tl 1.29(a,6H),1.79(b,9H) 61Mah575 C6H16B8O2 CD2Cl2 5.70,4.05,2.88,2.22,1.58,0.95,0.69(a,b,c,d,e,f,

k,l),1.47(g),1.06(h),2.07,3.40(i,j),–0.93(m)3.76(n,3H)

93Su

576 C6H16ClDN2OPt D2O 2.761,2.798(a,2H,b,2H),2.879,2.890(c,6H,d,6H) 91Roc577 C6H16D2N2O2Pt D2O 2.760(a,2H,b,2H),2.798(c,12H) 91Roc578 C6H16D4O8N4Pt D2O 2.856(a,2H,b,2H),2.817(c,12H) 91Roc579 C6H16Ge CCl4 3.71(a) 64Jam580 C6H16O3Si - 4.05(a) 63Khi581 C6H16Si CCl4 3.61(a) 60Web582 C6H16Sn C5H10 5.00(a) 65Mad583 C6H17B7O CD2Cl2 1.80,2.73(a,2H,f,2H),0.14,3.93(b,c),

1.14(d,2H),0.05(e),1.94(g),–3.05(h,2H),2.92(i,2H),2.10(j,3H)

93Su

584 C6H17B7O2 CD2Cl2 1.83,2.72(a,2H,f,2H),0.16,4.00(b,c),1.23(d,2H),0.00(e),1.94(g),–3.05(h,2H),2.77(i,2H),3.66(j,3H)

93Su

585 C6H17F12FeNP4 CHClF2 –12.17(a) 72Mea586 C6H17F12NOsP4 CHClF2 –11.51(a) 72Mea

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

40

587 C6H17F12NP4Ru CHClF2 –9.43(a) 72Mea588 C6H17NP2 C7D8(–60°) 1.19(a,9H),1.37(b,6H),0.10(c,2H) 77Sch3589 C6H17N2OPS CDCl3 2.32(a,3H) 88Fil,93Bal590 C6H18Al2 C6H12

-–0.3(18H)–0.29(18H)

60Bro262Hof

591 C6H18Al2O2 - –0.79(a,12H) 62Hof592 C6H18AsINP CH3SOCH3 1.84(a,9H),1.63(b,9H) 68Sch1593 C6H18BF3N3OP Neat 2.37(a,18H) 69Ele594 C6H18BF3N3P Neat ~2.44(a,18H) 69Ele595 C6H18BN CH2Cl2 2.93(a,9H),–0.3(b,9H) 61Coy596 C6H18ClNOPtS CDCl3 0° 0.79(a,3H),3.41(b,6H),3.49(c,2H),2.92(d,2H),

1.69(e,2H),0.98(f,3H)96Rom

597 C6H18F3Ga3 C6H6

H2O–0.61(a,18H)–0.29(a,18H)

68Sch2

598 C6H18GeOSi - 0.35(a,9H),0.0(b,9H) 63Sch2599 C6H18Ge2 - 0.21(a,18H) 63Bro600 C6H18Ge2O - 0.30(a,18H) 63Bro601 C6H18Ge2Se - 0.66(a,18H) 63Rui2602 C6H18INP2 CH3SOCH3 1.74(a,18H) 68Sch1603 C6H18N3OP Neat 2.56(a,18H) 69Ele604 C6H18N3P Neat 2.55(a,18H) 69Ele605 C6H18OPbSi - 1.21(a,9H),–0.06(b,9H) 63Sch4606 C6H18OSiSn - 0.34(a,9H),– 0.04(b,9H) 63Sch1,63Sc2607 C6H18OSi2 -

CCl4

0.05(a,18H)0.06(a,18H)

60Bro180Dra

608 C6H18OSn2 - 0.22(a,18H) 63Sch3609 C6H18SSi2 CCl4 0.31(a,18H) 80Dra610 C6H18SeSi2 CCl4 0.42(a,18H) 80Dra611 C6H18SeSn2 - 0.57(a,18H) 63Rui2612 C6H18Si2 - 0.04(a,18H) 60Bro1613 C6H18Si2Te CCl4 0.58(a,18H) 80Dra614 C6H18Sn2 - 0.22(a,18H) 63Bro615 C6H19AlNP C6H6 –0.2(a),–1.0(b,9H),0.37(c,9H) 68Sch1616 C6H19NSi2 CHCl2F 0.51(a) 73Cow2617 C6H19O3PSi2 - 6.80(a) 68Hou618 C6H20P2Pt CD3COCD3

–30°–2.67(a,2H) 82Pao

619 C6H20P2Pt CD3COCD3

–30°–3.81(a,b) 82Pao

620 C6H21BN3P Neat 0.39(a,3H) 71Cow621 C6H21NSi3 -

C5H10

4.34(a,3H)4.36(a,3H),0.18(b,18H)

64Wan,70Wan70Gli

622 C6H22B3N3Si2 C7D8 4.81(a,3H),5.47(b),0.26(c,18H) 95Wra

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

42

623 C6H22B8N2 CD3CN 0.27(a),1.37(b,d),2.15(c),2.06(e,f),2.03(g,h),2.24(i,j),3.08(k,12H)

98Ple

624 C6H22Ga2N2 C7D8

C7D8 –80°4.78(a,6H),1.49(b,12H),2.55(c,4H)4.93(a,6H),1.68(b,12H),2.45(c,4H)

91Atw91O’Ha

625 C6H22Ga2P2 C7D8 –50° 4.28(a,6H),0.42(b,12H),1.25(c,4H) 91O’Ha626 C6H23IrP2 C7D8 –9.73(a,5H),1.74(b,18H) 70Bar627 C6H26B4N6P CD2Cl2 0.92(a),1.71(b,4H),–2.77(d,2H),2.10(e,18H) 84Kam628 C7H4FeO5 - 2.99(a),3.95(b),3.03(c) 63Wei2629 C7H4FeO6 - 2.89(a),3.42(b),2.80(c) 63Wei2630 C7H5Br3FeGeO2 CDCl3 4.83(a,5H) 72Edm631 C7H5Cl3FeGeO2 CDCl3 4.78(a,5H) 72Edm632 C7H5CoF3IO - 5.71(a,5H) 64McC633 C7H5F3IORh - 5.99(a,5H) 64McC634 C7H5FeGeI3O2 CDCl3 4.88(a,5H) 72Edm635 C7H5FeNO5 2.94(a),3.64(b),2.70(c) 63Wei2636 C7H5MnO4 - 4.70(a),2.69(b,2H),1.72(c,2H) 61McC,60Kae637 C7H6FNO2S - 8.47(a),7.15(b,5H) 70Roe1638 C7H6FO6PW CDCl3 1.98(a,3H),3.77(b,3H) 99Bie639 C7H6FeO3 - 5.28(a,2H),0.22,1.68(b,2H,c,2H) 59Gre640 C7H7ClFeO3 CCl4 4.92(a),4.17(b),2.90(c),4.17(d),2.07(e,3H) 61Imp641 C7H7CoO3 -

Neat5.5(a),3.6(b),2.7(c),2.3(d,3H),3.9(e)5.40(a)3.58(b),2,65(c),2.27(d,3H),3.82(e)

61McC,61Moo63Ber

642 C7H7CoO3 -Neat

5.7(a),4.0(b),3.6(c),5.0(d),1.9(e,3H)5.75(a)3.95(b),3.65(c),4.92(d),1.85(e,3H)

61McC,61Moo 63Ber

643 C7H7FeIO3 CHCl3 2.02(a,3H),4.03(b,2H),3.72(c,2H) 62Plo644 C7H8Cl2Te CDCl3 3.28(a,3H) 94Dud645 C7H8F2Te CDCl3 2.56(a,3H) 94Dud646 C7H8LiN C4H8O 6.31(a,2H),6.81(b,2H),5.95(c),2.80(d,3H) 87Ide647 C7H8Se CDCl3 1.02(a,3H) 93Dud648 C7H9O2P - 7.3(a) 68Hou649 C7H9O2P - 7.52(a) 68Hou650 C7H9O4OsP CD2Cl2 1.85(a,9H) 93Bel651 C7H9P C5H5N 4.6(a) 68Alb652 C7H10O2Te CDCl3 2.45(a,4H),1.34(b,6H) 78Dew653 C7H10O2Te CD3SOCD3 4.38(a,2H),3.43(b,2H),3.49(c),0.77(d,3H) 78Dew654 C7H10O2Te CD3SOCD3 4.85(a),4.59(b),1.33(c,3H),3.38(d),3.67(e)

1.04(f,3H)78Dew

655 C7H10O2Te CD3SOCD3 4.97(a,2H),1.35(b,6H),3.16,3.77(c,d) 78Dew656 C7H12ClO3OsP CD2Cl2 1.68(a,9H),0.32(b,3H) 93Bel657 C7H12Ge CDCl3 6.27(a,3H),5.97(b,3H),5.68(c,3H),0.30(d,3H) 89Tak658 C7H12IO3OsP CD2Cl2 1.82(a,9H),0.51(b,3H) 93Bel659 C7H12Si CDCl3 6.11(a,3H),6.00(b,3H),5.71(c,3H),0.15(d,3H) 80Del660 C7H13NSn C6D6 6.62(a,2H),6.39(b,2H),0.23(c,9H) 98Wra

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

44

661 C7H13OP Neat 5.68(a),5.03(b,2H) 69Sim662 C7H13O2P Neat 5.44(a),4.74(b,2H) 69Sim663 C7H13O3P Neat 5.45(a),5.11(b,2H) 69Sim664 C7H13P Neat 5.20(a),4.58(b,2H) 69Sim665 C7H14KO4P C5D5N 3.82(a),2.02(b,3H) 82Bot666 C7H14KO4P CD3SOCD3 3.18(a),1.61(b,3H) 82Bot667 C7H14KO4P CD3SOCD3 2.92(a),1.73(b,3H) 82Bot668 C7H14NOP Neat 5.25(a),4.64(b,2H) 69Sim669 C7H14N2Si Neat 0.40(a,9H),7.39(b),2.08(c,3H),7.39(d) 98Lar670 C7H14N2Si Neat 0.33(a,9H),2.21(b,3H),6.00(c),7.40(d) 98Lar671 C7H14Te C6D6 1.49(a,9H),3.30(b,2H),5.98(c),4.70(d),4.87(e) 95Ged672 C7H15NO4Si CDCl3 2.86(a,6H),3,84(b,6H),3.49(c,3H) 96Tas673 C7H15N2OP Neat 5.42(a),4.96(b,2H) 69Sim674 C7H15N2P Neat 5.15(a),4.59(b,2H) 69Sim675 C7H15O3PS CDCl3 2.27(a,3H) 93Bal676 C7H15O4P C5D5N

CD3SOCD3

3.36(a,2H),2.34(b,3H)3.20(a,2H),2.21(b,3H)

82Bot

677 C7H15O5P CDCl3 3.92(a,8H),3.91(b,2H),1.67(c,2H),0.96(d,3H) 93Liu2678 C7H15O5PS CDCl3 2.25(a,3H) 93Bal679 C7H16GaN C6D6 4.80(a,3H),2.60(b,6H),0.93(c,6H),1.12(d) 91Atw680 C7H16Si CDCl3 1.47(a,2H),0.00(b,9H),5.46(c),1.55(d,3H),

5.40(e)84Alb

681 C7H16Si CDCl3 1.39(a,2H),–0.02(b,9H),5.38(c),5.25(d),1.63(e,3H)

84Alb

682 C7H17BF3P CDCl3 0.95(a,2H),2.07(b,6H),1.24(c,9H) 76Flu683 C7H17N2O2P CDCl3 3.78(a),3.96(b),2.86(c),3.00(d),

0.94,1.06(e,3H, f,3H),2.73(g,6H)84Hol

684 C7H17O3PS2 CDCl3 2.29(a,6H) 93Bal685 C7H17P - –1.02(a,2H),1.35(b,6H),0.97(c,9H) 68Sch3,76Flu686 C7H18AsI CDCl3 2.76(a,6H),1.39(b,9H),2.10(c,3H) 64Mas687 C7H18B9N C6D6 3.45(a,2H),1.53,1.60(b,c),4.03(d,2H),

2.43(e,2H),3.65(f),-3.41(g,2H),4.03(h,2H),6.73-7.10(i,5H)

93Mey

688 C7H18B11N C6D6 2.35(a,5H),2.58(b,5H),3.26(c),3.44(d,2H),6.50-6.93(e,5H)

93Mey

689 C7H18BrP CHCl3 2.55(a,6H),1.32(b,9H),2.11(c,3H) 65Mas,76Flu690 C7H18NO2P Neat 6.62(a) 65Hou691 C7H18Sn CDCl3 0.72(a,2H),1.40(b,2H),1.23(c,2H),0.83(d,3H),

0.0(e,9H)93Rat

692 C7H19BF3PSi CD2Cl2 0.65(a),1.73(b,9H),0.22(c,9H) 76Flu693 C7H19BN2Sn C6D6 0.22(a,9H) 92Wra1694 C7H19B9N4 CDCl3 0.68a,2H),1.78(b),2.61(c,2H),–0.60(d,2H),

2.70(e),–2.08(f,2H),3.02(g),9.77(h),5.26(i,2H),7.30-7.42(j,5H)

92Mey

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

46

695 C7H19PSi - –1.03(a),0.60(b,9H),–0.23(c,9H) 68Sch4,76Flu696 C7H20AlN - 2.38(a,9H),– 0.15(b,4H),1.09(c,6H) 63Pet697 C7H20ClNOPtS CDCl3 0° 0.80(a,3H),3.41(b,6H),3.59(c,2H),1.41(d,9H) 96Rom698 C7H20ClNOPtS CDCl3 0° 0.47(a,3H),3.26(b,6H),1.39(c,9H) 96Rom699 C7H20ClPSi CHCl3 2.15(a,9H),2.05(b,2H),0.37(c,9H) 68Sch4,76Flu700 C7H20Sn2 - 0.06(a,18H),– 0.28(b,2H) 61Kae701 C7H21BN2Sn C6D6 0.00(a,9H) 92Wra1702 C7H21BrNiP2 C7H8 –1.0(a,3H),0.5(b,18H) 72Kle703 C7H21ClNiP2 C7H8 –1.1(a,3H),0.5(b,18H)

–0.81(a,3H),1.19(b,18H)72Kle73Kle

704 C7H21INiP2 C7H8 –0.9(a,3H),0.6(b,18H) 72Kle705 C7H21PSi2 Neat 1.02(a,3H),0.19(b,18H) 71Fri706 C7H22B9N CDCl3 2.93(a),0.36(b,2H),0.73(c),1.67(d,2H),

1.98(e,2H),3.95(f),–0.17(g,2H),–3.52(h,2H),4.51(i,2H),4.27(j,2H),7.38-7.49(k,5H)

93Mey

707 C8H2FeO7 - 4.07(a,2H)4.37(a,2H)

62Sch363Wei2

708 C8H4FeO4 - 5.89(a,2H),4.08(b,2H) 60Gre709 C8H4FeO8 CD3COCD3 3.67(a,2H) 63Wei2710 C8H4FeO8 CD3COCD3 3.42(a,2H) 63Wei2711 C8H5FeNO2 CD2Cl2 5.16(a,5H) 98Nat712 C8H5MnO3 CHCl3 4.83(a,5H) 62Pal2713 C8H5O3Re CHCl3 5.59(a,5H) 62Pal2714 C8H5O3Tc CHCl3 5.38(a,5H) 62Pal2715 C8H6BrNSe CD3SOCD3 8.10(a),7.46(c),7.31(d),2.75(e,3H) 70Kat716 C8H6ClNSe CD3SOCD3 7.96(a),7.35(c),8.08(d),2.82(e,3H) 70Kat717 C8H6CrO3 - 4.2(a,5H),–5.80(b) 56Pip718 C8H6D9Li C4D8O 1.29(a,2H),5.98(b),3.63(c),1.85(d,2H) 73Gla719 C8H6D9Li C4D8O 1.19(a,2H),6.10(b),3.35(c),1.88(d,2H) 73Gla720 C8H6FeO5 CDCl3 3.22(a,2H),2.54(b,2H),1.57(c,2H) 89Den1721 C8H6FeO6 - 2.91(a),3.43(b),2.78(c) 63Wei2722 C8H7NO2Si C4H8O2 4.42(a,3H),7.83(b,b’),7.71(c,c’) 70Gli723 C8H7NSe CD3SOCD3 7.96(a),7.46(b),7.31(c),8.05(d),2.81(e,3H) 70Kat724 C8H8Cl2Pd C3H7NO

C6H5C≡N5.7(a,8H)5.5(a,8H)

62Fri

725 C8H8FeO2 C5H5N 0.2(a,3H),4.3(b,5H) 63Hat726 C8H8I2Pt (CH3)2SO 2.9(a,8H) 62Fri727 C8H8NiO2 CCCl3 5.38(a,5H),2.60(b,3H) 79Gom728 C8H9AsO2S CDCl3 3.99(a,a’),3.71(b,b’) 83Aks729 C8H9AsO3 CDCl3 3.94(a,a’),3.75(b,b’) 83Aks730 C8H9CoO3 Neat 5.40(a),3.73(b),3.17(c),2.42(d,3H),1.95(e,3H) 63Ber731 C8H9CoO3 Neat 5.40(a),3.60(b),2.61(c),2.40(d,2H),1.80(e,3H),

3.68(f)63Ber

2 Hydrogen-1 NMR¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯¯

No. Gross formula Solvent δδδδ [ppm] Ref.

Landolt-BörnsteinNew Series III/35C,Part-4

48

732 C8H9CoO3 Neat 4.63(a),2.22(b,6H),3.67(c,2H) 63Ber733 C8H9CoO3 Neat 5.45(a),2.32(b,3H),3.55(c),4.53(d),1.85(e,3H) 63Ber734 C8H9HgNO2 CDCl3 2.08(a,3H),6.69,7.06(b,2H,c,2H),3.74(d,2H) 00Cro735 C8H10BCl2N CS2 2.8(a,3H) 70Imb736 C8H10BrCo - 5.37(a),6.20(b,2H),3.70(c,2H),5.94(d,5H) 62Hie,63Hec737 C8H10Cl2Te CDCl3 3.69(a,2H),1.82(b,3H) 94Dud738 C8H10CoI - 5.02(a),5.50(b,2H),4.07(c,2H),6.07(d,5H) 63Hec739 C8H10F2Te CDCl3 2.98(a,2H),1.48(b,3H) 94Dud740 C8H10NO3P - 7.76(a) 67San741 C8H10Ni CDCl3

C4D8O3.70(a),3.09(b,2H),1.88(c,2H),5.79(d,5H)5.31(a),2.74(b,2H),1.33(c,2H)

61McC80Ben

742 C8H10Pd CDCl3

-5.68(a),4.37(b,2H),3.17(c,2H),6.50(d,5H)4.57(a),3.40(b,2H),2.10(c,2H),5.86(d,5H)

61McC61Sha

743 C8H10Pt - 3.6(a),3.57(b,2H),2.03(c,2H),5.25(d,5H) 61Sha744 C8H10Se CDCl3 2.83(a,2H),1.38(b,3H) 93Dud745 C8H10Te C6D6 2.13(a,4H),0.83(b,6H) 95Ged746 C8H10Te C6D6 1.61(a,3H),3.75(b,2H),7.11(c,5H) 95Ged747 C8H11BClN C4Cl6 2.9,2.7(a,3H,b,3H) 70Imb748 C8H11OPS Neat 8.29(a) 68Hou749 C8H12Ge CDCl3 6.25(a,4H),6.00(b,4H),5.74(c,4H) 89Tak750 C8H12HgO6 CDCl3 2.28(a,2H),7.00(b),2.06(c,3H) 66Von751 C8H12IO4OsP CD2Cl2 2.17(a,9H),0.25(b,3H) 93Bel752 C8H12O2Pd CCl4 5.47(a),3.74(b,2H),2.8(c,2H),5.17(d),1.88 (e,6H) 63Rob753 C8H12O2Te CD3SOCD3 5.04(a,2H),1.36(b,6H),3.64(c),1.08(d,3H) 78Dew754 C8H12Pb H2O 6.7(a,4H),6.1(b,4H),5.5(c,4H) 60Bru755 C8H12S8Tc2 CDCl3 3.71(a,4H),2.15,2.96(b,4H,c,4H) 93Tis756 C8H12Si CCl4 4.43(a),0.32(b,6H),7.3(c,5H) 60Web757 C8H12Si -

CDCl3

6.11(a,4H),6.07(b,4H),5.77(c,4H)6.17(a,4H),6.08(b,4H),5.75(c,4H)

63Hob80Del

758 C8H12Sn C6H6

CDCl3

6.3(a,4H),6.1(b,4H),5.7(c,4H)6.45(a,4H),6.27(b,4H),5.80(c,4H)

61Moo94Lyc

759 C8H12Te C6D6 6.92(a,4H),6.06(b,4H),5.79(c,4H) 95Ged760 C8H13Cl2NOPtS CDCl3 0° 0.78(a,3H),3.53(b,3H),3.54(c,3H),

7.40,7.59(d,f),7.84(e),8.68(g)96Rom

761 C8H13Cl2NOPtS CDCl3 0° 0.77(a,3H),3.24(b,3H),3.33(c,3H),7.38,7.53(d,f),7.79(e),8.75(g)

96Rom

762 C8H14ClNOPtS CDCl3 0° 0.90(a,3H),3.52(b,6H),8.73(c,2H),7.45(d,2H),7.88(e)

96Rom

763 C8H14Cl2Pd2 - 2.10(a,6H),3.83(b,4H),2.83(c,4H) 61Sha764 C8H14KO4P7 CD3SOCD3 0.69,0.91(a,2H,b,2H),3.89(c,4H),1.06(d,6H) 98Mat765 C8H14N4PtS4 CDCl3 3.38(a,3H) 96Ros1766 C8H14O4Te CDCl3 3.08(a,4H),2.46(b,4H),1.90(c,6H) 94Dud767 C8H14Pt CDCl3 5.65(a,5H),0.92(b,9H) 92Boa