interfacial reaction 中文意思是什麼

interfacial reaction 解釋
界面反應
  • interfacial : adj. 1. 界面的，面際的。2. 界面角的。
  • reaction : n 1 反作用，反應；反沖；反動力。2 【政治學】反動，倒退；復古（運動）。3 【化學】反應，【物理學】...
  1. Each half reaction responds to the interfacial potential at the corresponding electrode.

    每個半反應都與相應電極上的界面電勢差相呼應。
  2. The binding principle in pelletizing covers a comprehensive model of interfacial reaction among particles inside green pellets, the formation of binding film during hardening of green pellets by baking to obtain enough strength for a volumetric catalyzed reduction model for cold - bound pellets bearing composite binder and corresponding high temperature reduction system in rotary kiln

    提出了含復合粘結劑的生球強度界面作用力綜合模型，冷固球團礦強度的粘結膜機理，含復合粘結劑的冷固球團礦催化還原體積反應機制及全窯高溫快速還原熱工制度。
  3. In order to investigate the interfacial reaction of high - k thin film on si substrate, the high - k samples were studied by xps as a function of annealing temperature

    為了考察high - k物質與si基底的界面反應，以溫度為函數，對樣品進行xps光電子譜線測定。
  4. The results show that, the interfacial bonding strength of new and old concrete is evidence lower than the new or old concrete itself. besides the dimension and roughness of bond interface, the chemical reaction degree at the interface is also the main factor

    分析結果表明：新老混凝土的界面粘結強度除了受老混凝土界面的尺寸及表面結構、粗糙程度影響外，還與新老混凝土粘結界面間發生化學反應的強弱有關。
  5. The melted tungsten carbide would react with the steel matrix on the interface and the reaction zone was observed as a result. the reacting production was examined as fe3w3c by means of x - ray diffraction and scanning electron microscopy analysis. the reaction between tungsten particle and steel matrix could improve the interfacial bonding strength remarkably

    Wc鋼復合材料的制備過程中， wc顆粒在高溫下發生了局部溶解並在wc顆粒和鋼基體界面處發生了界面反應； x射線衍射和電子衍射花樣分析表明，反應產物為高穩定性的fe _ 3w _ 3c ，界面反應有效地改善了wc顆粒與鋼基體的界面結合。
  6. Last, polyurea microcapsule containing octadecane as phase change material was successfully synthesized by interfacial polycondensation using tdi and deta as shell monomers in an emulsion only by reaction of tdi and deta, but also reaction of tdi and amines which are formed by hydrolysis of tdi at the interface

    制備聚脲樹脂微膠囊的過程不僅包括tdi和deta的反應，還包括tdi與自身水解產物的界面反應。 tdi與deta反應質量比為3 ： 1 。另外， np - 10還與tdi反應生成脲烷。
  7. Based on above, the characteristics of hydration hardening process and microstructure of hsc as well as the interfacial layer between cement paste and coarse aggregate are investigated under low water cement ratio, high content superplasticiser and with one kind or more than one kind of mineral materials condition, the reaction mechanisms of different mineral materials are also discussed

    研究了不同水膠比、復合緩凝成分高效減水劑及礦物摻合料的摻加方式、摻量對高強混凝土水泥漿體水化放熱過程和水泥漿體的水化熱、水化放熱速率以及最高溫升的影響規律。探明了高強混凝土中水泥漿體的水化硬化過程、礦物摻合料之間的相互作用機理。
  8. Wetting between reinforcement sicp and the molten metal is often poor when it is blow 1000 ' c ; 2. during the processing, many phases of the interfacial reaction products have negative influence on the properties of the produced composites

    Sic顆粒增強復合材料中界面反應生成的有害雜質相較多，對復合材料的性能的影響較大。可以通過添加mg 、 li等活潑的合金元素，對增強體顆粒進行表面預處理來改善潤濕性。
  9. It is the first time to study the mechanism of interfacial reaction in sic / ti composites by quantum chemistry computation methods. a suitable method to calculate titanium carbide and silicide was found and the thermodynamic and dynamic data involved in interfacial reaction of sic / ti composites have been obtained

    首次將量子化學計算理論運用於金屬基復合材料界面反應的研究中，運用gaussian98量子化學計算程序，找到了適合於研究過渡族金屬ti的碳化物和硅化物的計算方法，獲得了sic ti基復合材料界面反應的熱力學和動力學數據。
  10. Combining quantum chemistry calculation with experimental evaluation, the activation energies of possible interfacial reaction were calculated. it is shown that the first step in which the atomic ti, c and si were decomposed from ti matrices and fiber, respectively, is a rate - controlling step because the activation energy of the step is larger than second one

    量子化學計算與經驗估算相結合，求出了可能發生的界面反應的活化能，表明第一步驟的活化能遠大於第二步驟的活化能，因而第一步驟是反應的動力學控制因素，在這一步驟中，原子態的ti 、 si 、 c分別從基體鈦合金和纖維中分解出來。
  11. Based on the literature analysis of al matrix in - situ composites by reaction synthesis, it is found that in - situ reaction synthesis processed can ameliorate wettability between reinforcement phase and al matrix alloys and strengthen interfacial bonding and improve mechanical properties of al matrix composites

    對反應生成的原位鋁基復合材料的研究表明，原位反應合成技術可以改善強化相與基體鋁合金之間的潤濕性，強化界面連接，提高材料的綜合機械性能。
  12. Thermodynamic calculation analysis of interfacial reaction between sn - ag and cu substrate

    基板界面反應的熱力學計算
  13. Considered its terminating effect on interfacial polymerization reaction, the quantity of 4 - ( chloromethyl ) benzoyl chloride should be limited to some extent. for the ip process investigated, n - dodecane and water can be used as solvents for dabsa and tmc solutions, respectively

    在界面聚合過程中，分別以正十二烷和水作為有機相和無機相單體的溶劑，以十二烷基硫酸鈉（ sds ）作為表面活性劑。
  14. The main work includes four contents as follow : 1 ) the electrodes annealed in various temperatures were studied. with x - ray diffraction spectroscopy ( xrd ) and sims, the interfacial reaction is analyzed and a new two - step annealing method is suggested

    研究了al單層電極及ti al雙層電極與藍寶石基gan在不同退火條件下的歐姆接觸情況，並用x射線衍射譜（ xrd ） ，二次離子質譜（ sims ）對界面固相反應進行了分析。
  15. In contrast, very little is reported on theory study of interfacial reaction in sic / ti composites

    然而迄今為止，對sic ti基復合材料的界面反應的研究特別是理論研究很不深入。
  16. The result is useful for us to choose the ti matrices. based on quantum chemistry, a two - step dynamic model of interfacial reaction in scs - 6 sic / ti composites was built up

    在量子化學研究的基礎上，建立了scs - 6sic ti基復合材料界面反應的反應動力學模型，即反應是通過原子態的中間態分二個步驟進行的。
  17. When sintered at 1050c, the wear resistance of the composites were better than that of the ferroalloy under both low and heavy load without oil lubrication. the wear resistance, hardness, and other mechanical properties of the composites with nickel coated sic were better than those of the composites with bare sic particles. however, when sintered at 1100c, interfacial reaction became so acute that the properties of the composites with nickel coated sic particles was worse than those of the composites with bare sic particles

    試驗結果表明：與鐵合金相比，在1050時燒結時，加入適量的sic后，耐磨性有較大的提高；而且加入鍍鎳sic的復合材料的耐磨性、硬度和拉伸強度等力學性能比加入相同含量的未鍍sic的材料的性能要好；在1100燒結時，由於界面反應的加劇，含有鍍鎳sic材料的性能反而比含有未鍍sic材料的性能差。
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