gel formation 中文意思是什麼
gel formation
解釋
凝膠形成-
The metabolites eliciting inhibition to foam cell formation process of macrophage produced by endophyte hccb00017 were studied. several products were isolated through solvent extraction, and silica gel chromatography et al. one compound, hccb00017 - a, showed cytotoxicity ; the other two, hccb00017 - c and hccb00017 - e, showed inhibitory activity against foam cell formation process of macrophage
對具有巨噬細胞泡沫化抑制活性的植物內生菌hccb00017的代謝產物進行研究，應用溶媒萃取、硅膠柱分離等方法，從其發酵液中分離出具有細胞毒性的活性物質hccb00017 - a ，以及具有巨噬細胞泡沫化抑制活性的組分hccb00017 - c和hccb00017 - e 。 -
Gel formation requires hooking various chains together.
凝膠的形成需要把不同的鏈鉤鏈在一起。 -
Among various fabrication techniques of thin film, the sol - gel process has gained much interest for the preparation of pzt thin film, due to ihe advantages of good homogeneity, easy control of composition, low in - ill i reaving temperature, easy formation of large area thin films pb ( zrxti : - k ) 0 :, ( pzt ) films were prepared on the ito coated glass plates and low resistor silicon wafer in sol - gel dip - coating process associated wi di heat treatment : at different temperatures and characterized by x - ray diffraction ( xrd ) and transmission electron microscopy ( tem ). lt is shown that the pzt ferroelectric thin films with ( 110 ) preferred orientation and well - crystallized perovskite structure can be obtained after annealing at 680 ? for 30 minutes on ito substrate and at 800 " c for lornin on silicon substrate
Pzt的制備方法有很多，其中溶膠?凝膠（ sol - gel ）方法可以和集成電路（ ic ）光刻工藝相互兼容，處理溫度低，有大面積塗敷性能，能精確地控制組分，無需復雜的真空設備，成本低廉，所以對于集成鐵電薄膜電容的應用這種方法有很廣闊的前景。本文利用sol - gel技術在摻錫的in _ 2o _ 3透明導電薄膜（ ito ）襯底和低阻硅襯底上成功地制備了pzt鐵電薄膜。運用了x射線衍射， sawyer - tower電路和lcr電橋分別對薄膜的晶化溫度，結構和電學性能進行了測試。 -
Role of heat treatment on the formation of perovskite phase of pmn - pt relaxor ferroelectric thin films derived from inorganic - chelating - gel
弛豫鐵電膜鈣鈦礦相形成的作用 -
Normally, the polymerization of resorcinol ( r ) with formaldehyde ( f ) catalyzed by sodium carbonate results in the formation of dark red, transparent rf organic aerogels via a sol - gel process, acid aging process, and supercritical fluid drying or ambient pressure drying
通常以間苯二酚和甲醛為原料，在碳酸鈉催化作用下，經溶膠-凝膠過程、三氟乙酸老化、超臨界乾燥或常壓乾燥及高溫炭化過程可得到炭氣凝膠。 -
If dye doped solid - state optical devices are ever to become practical, the issue of dimer formation must be resolved. using uv / vis absorption spectra, dimerization of different molecular structured mpcs is tracked along sol - gel process and co - related with the change of micro - environment in which doped mpc molecules existed
確證復合體系中酞著分子極易通過范德化力或二鍵形成面一面共扼二聚體，並由於激子的分裂在紫外一可見吸收光譜中出現一個相對單體吸收峰蘭移的二聚體吸收峰。 -
Results show that some primary factors affect sol - gel transition, gelation formation and quality. these factors include the temperature of solation formation and sol - gel transition, drying time
對溶膠-凝膠法的研究發現：溶膠形成溫度、凝膠干化溫度及干化時間等都是影響干凝膠質量的主要因素。 -
The results show that, the capacitance of aluminum foils is increased at the different rated formation voltage, the forming time become so little that the power was mostly saved, but the withstanding voltages of the dipping foils become lower. the dipping time and the annealing temperature are the key factors influencing the capacitance of aluminum foils fabricated by sol - gel technology. 2
結果表明: sol - gel技術在鋁腐蝕箔表面成功制備出了高介電常數的al - ti復合氧化膜;經tio2溶膠處理過的鋁腐蝕箔陽極氧化后，復合氧化膜使不同陽極氧化電壓下的化成箔比容均有不同程度的提高，而且陽極氧化過程變短，節約了電能;但是耐電壓特性變差。 -
The formation mechanism of barexfe12 _ xol9in heat treatment was firstly deeply discussed, and the action mechanism of complexing agent ( citrate ) and dispersant ( glycol ) during the formation of the gel was also firstly studied
首次對溶膠-凝膠燃燒合成法熱處理過程中稀土摻雜鋇鐵氧體的生成機理進行了深入研究，同時初步查明了過程中絡合劑（檸檬酸）和分散劑（乙二醇）的作用機理。 -
The product has perfect - layered structure and high purity, which is favorable to improve its electrochemical properties. ( 4 ) inverse spinel linivo4 has been successfully synthesized by citrate complex sol - gel method. in the preparation process of linivo4, the main factors affecting the structure and purity of the product are the ratio of reactants, the formation process of the sol, the de
（ 9 ）反尖晶石型linivo ;作為鏗離子電池正極材料，具有高達4 . 8v的電壓，每摩爾linivo ;可嵌入6摩爾以上li十離子，初始比容量達1000mah . g一，左右， 50次循環后比容量保持在600mah . g一，左右，是一類特殊的正極材料。
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