deposited carbon 中文意思是什麼
deposited carbon
解釋
沉積碳-
Super - hard amorphous carbon films were deposited on such substrates as single - crystalline silicon and k9 glass by pulse laser ablating graphite target
本文研究用脈沖激光燒蝕石墨靶方法在單晶硅、 k9玻璃等襯底上生長超硬非晶碳膜。 -
The black soot deposited on a kettle by a smoky campfire is nearly pure carbon.
帶煙的營火在水壺上熏積的黑煤煙幾乎是純碳。 -
Scanning electron microcopy images show that metal nickel or cobalt are uniformly deposited on the surface of carbon nanotubes
掃描電鏡結果表明金屬鎳、鉆沉積在碳納米管表面上。 -
In the hipib film deposition, high purity graphite was employed as target. relations between process parameters and the microstructure, as well as different physical properties of diamond - like carbon ( dlc ) film deposited by hipib ablated plasma were studied by adjusting the distance between target and substrate, which affects the intensity and ion energy of hipib ablated plasma, and the temperature of substrate in the film deposition processes. the mechanism of film deposition by hipib ablated plasma was explored also
在薄膜沉積方面，利用高純石墨作靶材，調整薄膜沉積過程中的靶基距（燒蝕等離子體密度、離子能量）和基片溫度，研究實驗工藝對hipib燒蝕等離子體方法制備的dlc薄膜的微觀結構和宏觀物理性能的影響，探討了hipib燒蝕等離子體沉積dlc薄膜的成膜機理。 -
In order to obtain similar deposition condition, very different bias must be applied to the substrate when the grounding of the arc source is different. at last, carbon films were deposited and their properties were measured
分析了這種現象產生的原因以及不同接地方式對沉積薄膜的影響，即當弧源接地狀態不同時，要獲得相似的沉積條件，給基片臺施加的負偏壓應有所不同。 -
3d - c / sic fabricated with t300 carbon fibers weaved into 3 - dimensional and 4 - directional structure, was deposited pyrocarbon and sic matrix at 950 - 1000 with cvi method. fiber volume fraction of 3d - c / sic was 40 - 45 %, composite density was 2. 01g / cm3 and porosity was 17 %. in addition, the thickness of pyrocarbon interface was 200 nm for interaction fatigue - creep ; the interface layer of pyrocarbon for thermal shock had three thickness obtained by controlling deposition time which were 10h, 20h, 30h, respectively
3d - c sic是用t300碳纖維編織成三維四向編織體， cvi法在950 - 1000緻密，纖維體積分數為40 - 45 ，密度為2 . 01g cm ~ 3和孔隙率為17 ，用於疲勞蠕變交互作用試驗熱解碳界面層厚度約0 . 2 m ；用於熱震試驗的有三種界面層厚度分別是熱解碳沉積時間10小時、 20小時、 30小時獲得。 -
Bz serial can purify degraded oil while transformer, instrument transformer and oil switch are operating and remove acidic substance, free carbon, coloring matter and deposited polluted substance but that fundamental components and antioxygenic property of oil to achieve functional performance of degrade oil up to national standard
它能在變壓器互感器油開關正常運行的情況下，對劣化油進行凈化處理，有效除去油中的酸性成分游離碳色素沉澱污染物質，而不損傷油的基本成分和抗氧化性能。 -
Emachn ch oils have high thermal stability and low carbon deposited formation tendencies for prolong lubricant life and low volatility resulting in less oil consumption
Emachn ch具有高熱穩定性及低結碳傾向與低揮發性，所以具有低油耗與使用壽命長的特性。 -
Carbon nanofibers, well - aligned carbon nanorods and alignend carbon nanotubes could be synthesized on the porous aao template with catalysts by chemical vapor deposition method. the morphology of co and fe - co alloys deposited in the template and the microstructure of the carbon nanostructures synthesized on the template were systematically investigated by means of sem, tem, eds and raman spectrum
採用掃描電子顯微鏡（ sem ） 、透射電子顯微鏡（ tem ） 、能譜儀（ eds ）和喇曼光譜（ raman ）等對在多孔aao模板上電沉積得到的co和fe ? co合金催化劑的表面形貌以及在多孔aao模板上制備得到的碳納米結構進行了系統的觀察分析。 -
Meanwhile, the preparation of the carbon nanotubes composite coating was studied in this paper. the pure carbon nanotubes were deposited in the nickel coating by the chemical composite deposition method, and the influence of some factors in the process of the preparation was analyzed
採用化學復合沉積的方法，將純凈的碳納米管復合於鎳鍍層，制備出了碳納米管鎳基復合鍍層，並對制備過程中的影響因素進行了分析。 -
Electrochemical properties of chemically vapor deposited carbon electrode
化學氣相沉積碳電極的電化學特性 -
At lower growth temperature, the lower extracting rate of carbon atoms from catalyst particles due to the lower activity of the catalysts resulted in more defects formed in carbon nanotubes. moreover, the lower transportation rate of carbon atoms in catalyst particles also made lots of carbon atoms deposited on the surfaces of grown carbon nanotubes, or on carbon wrapped catalyst particles, even to form amorphous carbon layers
在較低溫度時，由於催化劑的活性較低，導致石墨面在生長過程中引入的缺陷較多；另一方面，碳原子在催化劑顆粒內遷移速率較低，使得多餘的游離態碳原子（或原子團）可能在納米碳管表面以非晶形式沉積，或者包覆催化劑使其「中毒」失去催化活性，或者直接形成非晶的碳納米顆粒。
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