ZHONGGUO JIXIE GONGCHENG XUEHUI HUIXUN

1998 2008 12 132

2008 12 6

9

4 11

100048

010-68799049

010-68799045

010-68799050

E mail huixun@cmes.org

http://www.cmes.org

(1) (3) (4) (2) (15) (16) (17) (18) IFToMM (19) (20) (21) FhG-IITB(22) (23) 2008 (24) 2008 (25) (26) 2008 (26) 2009 (28) 15 (28) (15) (27) 2008 (29) (34)

2008 11

2008

7 2 1

2

3

4

1

2008 12

7

2

52009

2008 10 10

40

20

2010

2011

2009

2

2008 11 8 CMESJIMH

CMES CMES

IHI /

2009

2009

2009

JIMH

2009

3

2008 12

0

1

1.1

2007 14.2674 / 1999 386.6% 1995 1/51996 1/3 1/6 1/5 1/2

1978 1195 2005 53140 15%2000

7.0% 29%50%2005 3/5

2006 279282270477.85 12811.16 99.03%2007 6.19% 13%~20%

1 1.2 1.2.1

2006 1.1 2005 9200 1800 728 27.6%

4

2007 888 2005

6000 1.2

82%

1

/ 1.902 2007

9.7596 1995

6.2113 1996

11.0376 1996

4.533 1996

3.9496 1996

1998 3555 2000 4357 15002 8715 2005 5032.2 2735.9 3750.4

2006 3300

% 25.44

2006 49.02005 48.52005 38.02005

% 6.19

2007 41.08199332

26.2519936

28.3199335

19.351993 4

500 GIS

18

1990 3 3 2000 10.5 3.5

2003 74.7% 15% 89.7% 1.2.2

50% 30% 5% 3%

72

5

2008 12

0.374 4 0.7330.6980.666 0.606 0.299 45

2005 57% 5.9% 1/10

2007 1.3 80%~90%

40%

2001 2500 28%198730% 1990 54%2006 37.8%88%89%75% 15.29%75%60% 1180

26.1% 27.7% 33.4% 12.8%2006 3570 45% 2/3

1.3 1.3.1

1999~2005 5 1000 623 57.6% 57%

--

14 33 120

2006 320.4 81.9 4 1 1 0 .07 15 1 8

6

1.5 16 --

1.3.2

R&D R&D

R&D

2006 R&D GDP 1.42% 78 71.1% R&D 2

2 2006 R&D

R&D

% R&D

377 71.1 6 3437 70.3 1 1513 76.5 2 686 69.3 3 453 61.9 4 396 61.6 5 250 52.4 7 236 76.9 8

2006 R&D 1630.2 30.4%2006 R&D 1%R&D 4% 6% 500 R&D 12% R&D

1.4 1.4.1 CAD

CAD CAD/CAM 2D 3D

CAD 30%60%CAD 70%CAD CAD 20%~30% CAD CADCAECAPPCAMCAD/CAM PDM 1.4.2

0.5m 5 12 304.8mm 8 203.2mm

2005 365 20% 5% 90nm 65nm 300mm 65~90nm 1.4.3 RPM

4 RPM SLALOMSLSFDM

RPM 50%

5 LOM

7

2008 12

SLA FDM ABS SLS

RE/RP/RT 1.4.4

5nm50nm 0.1m/100mm 800mm

CAD/CAE/CAM 4 1.4.5

/

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1.4.7

2000 MTBF 200 400 MTBF 5000 15000

70%

8

90% 1.4.8

MEMS

MEMS

1.4.9

20 90

1.5 1.5.1

CIMS

1969 20 70 747 30 2006

64

1.5.2

1.5.3

1995

52.1% 2003 67.5%

2002~2005

9

2008 12

79%

20%

1999 2000 2001

27.41%26.19% 26.50%

67%~70% 30%

2000 1/12 1/4 1/5 1/4.8 1.6

2007 30% 2007 2600 30%~35%50 15% 15 20%

100% 85% 80% 70%

1.7 1.7.1

2005 282 13854 17159 27497.2% 79.9%2005 7

80 2008 11 33 33

99.8% 13 40 40

92.2% XKH1600 60

90% 20%~25%

2006 0.29%2006 90.7%81.4%70.1%2007 10 295 80% 71.4%66.7%,

10

400h600h 6000h 12000h

1990 31.6%2004 45.0%

20 7080 1.7.2

2005 500

10%

500

6 500

1.8 1.8.1

R&D 2006 R&D 3 2006 R&D 2001 57%

2007

3 2006 R&D

R&D

R&D

150.2 19 2005 921.2 139 2005 473.7 115 2005 215.3 91

1.8.2

1930 Buy America

11

2008 12

2

2.1

2.2

R&D

4 R&D

2.3

1

CAD

2 20 5060

30000r/min 0.002mm 50m/min 10%

6000r/min 0.005mm 24m/min

3

70%

2006 5000 4

4

12

2.4

2.5

2.6

3

1

2

3

13

2008 12

7

4

8

5

WTO

9

WTO WTO

6 10~15

1964

1946

14

2008 11 16

Joe Mc Geough

Joe Mc Geough 1982 26

2008

2012

2008 11 18 80

15

2008 12

2008 9 17

2008 50

10

SCI

SCI

16

TRIZ

2008 9 18~20

360

4

17

2008 12

2008 9 11~13

50

19

1

2Effects of oxide buffer layers on the

catalyst-assisted carbon nanotubes growth by thermal chemical vapor deposition

3

4Progress in Research of the Adjustable Transparent Conducting Multilayers

5

6Electrophoretically Deposited TiN Thin

Films for Use in Nitrogen-Doped TiO2 and its Visible Light Photoelectrochemical Response

18

7

8P- NiO Li

9

10III-V/Si integration for next generation

Low power logic application

11III

12 Approaches to superhard multicom -ponent TiAlSiN and CrAlSiN coatings

13

14

15Novel Cu Alloy Films for Barrierless

Metallization Stable

16

17Synthesis of perovskite oxide thin films using a novel hydrothermal-galvanic couple techniqu

18

19

PVD

2009 12

IFToMM

IFToMM 2008 9 24~27

International Federation for the Promotion of Mechanism and Machine ScienceIFToMM

19

2008 12

19376

466 39

David Concar P.Jost STLEE.P.Becker STLE

5

Illinois Steve Granick

Hugh A.Spikes

6 Keynote

A.Erdemir S.M.Hsu Aiguo Wang Yoshitsugu Kimura

300 36 100 7 poster

2008 9 20~22 60

2008

30

921

57

20

2008

-

-

2009 2008

2008

11 2008

2009 20

20 ISO9000

2009

2009

2009

2009

2008 9 20

IE&EM2008

21

2008 12

IBM

DLP

IE Boris Porkovich

NPW IE IE

2008 2009

FhG-IITB

FhG-IITB

2008 9 23 ~10 4

7FhG-IITB

FhG-IITB AIFB Rudi Studer FhG-IITB

1

FhG-IITB

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22

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2

FhG-IITB

3

FhG-IITBThomas Gruber 1993 5 Top-DownMiddle-Out Bottom-Up

2008 9 24

548

23

2008 12

70%

50% 60% 70%

-

-

10

6

2008

24

2008

9 4~8 81

398

20 62 33 52 117 108 6 116 29.15% 189 47.49% 93 23.36%

2009 24

2008

2008 9 15~16 120

IFF Enge Lbert Westkaempef

14

25

2008 12

2008 9 29~30

50

2008

2008

9 18~19

120

26

RPM

/

30

2008 2008

4

2008

2008

2008

27

2008 12

2009

20095

1

2

/

45 6

E-mail 2008 12 31 2009 2 29

1A4

2 150mm 210mm 18 3

E-mail http://www.zgmccl.com

15974208318

13974870567

410083 0731-8876614 mcclzg@yahoo.com.cntang.1963

@yahoo.com.cn

15

20095 15

Word changfan02@

gmail.com 15 2009 2 29

126 430030 027-8364163183615793

28

2008 (1-1) (5-1) (5-2) (5-2) (5-3) (5-3) (7-8) 2008 (1-6) CMES 2008 (1-2) 2008 (6-1) 2008 (8-3) 2008 (8-4) 2008 (8-6) 2008 (8-7) (9-2) 2008 (9-3) (9-4) (9-5) (9-5) (9-7) (9-8) (4-1) 2008 (4-2) (6-12) (8-9) (8-10)

(8-18) (8-20) (9-1) (11-1) (12-1) (1-10) (2-3) (2-3) (6-21) 2002-2006 (7-18) 10 (7-18) 7 (11-21) (11-21)

(11-21) (3-1) (5-4) (5-5) (5-6) (5-7) (11-3) (11-3) (11-4) (11-5) (12-3) (2-1)