1、The Effect of Fe Impurity in DLC Films on Mechanical Property
類金剛石薄膜中雜質(zhì)Fe對其力學性能的影響

2、The study of performances and structures of Ti doped DLC films
鈦離子注入類金剛石碳膜的結(jié)構(gòu)與性能的研究

3、Structure and Mechanical Properties of Ti Alloyed DLC Films
Ti合金化DLC膜的結(jié)構(gòu)和力學性能

4、DLC Films Deposited on Conductive Glass in DMF Solution
DMF溶液中導電玻璃上沉積類金剛石薄膜

5、A primary study on the irradiation effect of high energy C~+ on DLC films
DLC膜高能C~+束輻照效應的初步研究

6、Effect of the DLC Coating on the Surface Properties of the NiTi Alloys
DLC膜對NiTi合金表面性能的影響

7、Realization of DLC Using CPLD
基于CPLD的無環(huán)流邏輯控制器的實現(xiàn)

8、Preparation of Silicon-doped DLC on Hard Disk and Plasma Diagnosis
硅摻雜-DLC硬盤保護膜的制備及等離子體診斷

9、Surface modification of DLC film using conductive AFM
基于導電AFM類金剛石膜表面改性研究

10、But DLC films have some defects and can not be sufficient for special needs in industries.
但是DLC薄膜也存在某些缺陷，尚無法滿足工業(yè)上的一些特殊要求。

11、DLC films can be deposited by changing technology, such as voltage, distance and temperature.
通過控制電壓、電極間距、溫度等電解工藝條件，在鈦合金表面沉積得到DLC膜。

12、The Analysis of the standing waves on DLC channels is not involved in previous literature.
電力線信道的駐波分析是國內(nèi)外文獻很少涉及的課題。

13、and DLC at 10, 5 or 3 g/kg·b
及都梁軟膠囊10、5、3 g/kg·b

14、Surface Characteristics and Corrosion Behavior of DLC Film on NiTi Alloys
NiTi合金表面類金剛石膜的表面特征和腐蝕行為

15、Study on Preparation, Structure and Properties of DLC Films
DLC膜的制備、結(jié)構(gòu)、性能研究

16、Any planned DLC ? Can you hint us on how big it will be if there is?
有可下載的內(nèi)容嗎？您能提示一下將會有多大呢？

17、Performance Study of DLC Using Debye Polarization Cell Simulation
用德拜極化電池模擬雙電層電容器性能的測試技術(shù)研究

18、A new method is developed to deposit DLC film on surface of ti alloy by liquid-deposition.
采用液相電解甲醇法，首次在欽合金表面沉積得到DLC膜。

19、Study on the Surface Topography and Tribological Properties of DLC Films
DLC薄膜的表面形貌及其摩擦學性能研究

20、Finally, the application of DLC films was introduced briefly.
最后，簡要說明了非晶碳類金剛石膜應用情況。

21、STUDY ON IMPROVEMENT OF LOUDSPEAKER PROPERTIES WITH DLC FILMS
DLC膜改善揚聲器性能的研究

22、It is possible to deposit DLC without MP by filtered vacuum arc deposition.
采用過濾陰極電弧沉積方法有可能制成無宏觀粒子的類金剛石薄膜。

23、A primary study on the irradiation effect of high energy C~ on DLC films
DLC膜高能C~束輻照效應的初步研究

24、Preparing and structure of Ti-doped DLC films deposited by FCVA
Ti摻雜DLC薄膜的制備及其結(jié)構(gòu)研究

25、The surface energy of DLC films is dependent on the carbon bonds and surface roughness.
DLC薄膜表面能高低取決于表面碳碳鍵與粗糙度的變化。

26、PREPARATION OF DLC FILMS BY PLASMA BASED PULSED BIAS TECHNIQUE
用等離子體基脈沖偏壓技術(shù)制備DLC膜

27、Hardness of DLC Films Deposited on Stainless Steel
不銹鋼襯底上沉積類金剛石薄膜的硬度

28、and DLC at 10, 5 or 3 g/kg·b.
及都梁軟膠囊10、5、3 g/kg·b.

29、The mechanism for depositing the DLC films was also discussed in detail.
同時對相應的成膜機理進行了討論。

30、A New Type of Antireflection Film:DLC and Doped DLC Film
一種新型的光學增透膜——DLC及改性DLC薄膜

DLC翻譯

【計】 數(shù)據(jù)鏈路控制 詳情