molecular heat 中文意思是什麼
molecular heat
解釋
分子熱-
The molecular dynamics simulation of heat transfer process between ar and kr
低溫界面傳熱過程分子動力學模擬 -
Combining the generating method of molecular reflective thermal velocities according to diffuse reflection model, an algorithm named as inverse temperature sampling ( its ) is developed, which enables to evaluate the molecular reflective characteristic temperature from the molecular incident energy and the boundary heat flux
在此基礎上，通過結合壁面漫反射模型下分子反射速度的抽樣方法，發展了一種從邊界熱流求得與壁面碰撞分子的平均反射特徵溫度的逆溫度抽樣演算法。 -
These years, solid adsorption used in heat pumps and refrigerating / air - conditioning systems has been rapidly developed and saved energy because of the demands in the field of energy and environment. most of molecular sieve diameters lie within the nano - scale, but the classical condensation theories show some limitations in explaining the adsorption phenomenon in nanopores
資料表明，經典傳熱傳質學的連續介質傳遞理論在解釋和預測納米尺度微孔吸附/脫附過程的相變特徵方面，存在局限性，相比之下，分子動力學模擬能克服這一缺陷再現納米微孔中的吸附過程。 -
Heat shock proteins ( hsps ) are molecular chaperones with potent adjuvant capability in the induction of antigen - specific ctl, thl response and increasing immunogenicity of tumor cells
本課題應用a20腫瘤細胞，經熱休克作用，制備熱休克腫瘤細胞來源的exosomes 。 -
It is impossible to have a cyclic machine that completely converts the random molecular energy of heat flow into the ordered motion of mechanical work.
不可能得到一種循環機器能把熱流的無序的分子能量完全轉變為機械功的有序運動。 -
In chapter 5, we study the heat transport of single - wall carbon nanotubes by using molecular dynamics method
第五章採用分子動力學方法對單壁碳納米管的熱輸運性質作了初步的探索。 -
Furthermore, we discuss the application of molecular dynamics method on heat transport of single - wall carbon nanotubes
此外，我們還簡要探討了分子動力學方法在單壁碳納米管熱輸運性質研究中的應用。 -
We have more interest in benzofuroxans with amino and nitro substituents because the effect of pushing electron of amino group increases the bond energy of c - no2, and there are strong intramolecular and intermolecular hydrogen bonds between amino and nitro group. these hydrogen contacts can make the molecular structure more stability. so aminonitrobenzodifuroxan may have good heat resistance and low impact sensitivity
所以我們對氨基硝基苯並氧化呋咱這類炸藥更為關注，因為氨基的推電子效應使c - no _ 2鍵能增強，且氨基的氫原子與硝基的氧原子間形成強的分子內和分子間氫鍵，更增強了分子的穩定性，所以它們可能獲得優良的熱安定性和較低的感度。 -
This increased molecular pace creates a ' heat ' inside the form, which can go so far as to cause dripping sweat
這一漸增的分子步伐創造了身體內部的「熱量」 ，能到達讓你流汗的地步。 -
The energy, dissipated in this way, will finally appear as energy of molecular motion or heat.
以這種方式損失的能量最終表現為分子的動能或熱能。 -
Firstly, considering the molecular pump is small and the elimination of heat condition is bad, this paper presents the structure of the mb, including the material of the rotor and stator, the number of magnetic poles, the stator slot shape of mb, the layout of the magnetic poles, the coins winding and so on
首先綜合考慮了分子泵體積小、磁軸承散熱條件不好的特點，設計了分子泵磁懸浮軸承的結構，選擇了軸承鐵芯的材料，設計了磁極的布置、槽的形狀、磁極數目和線圈纏繞方式。 -
Of seven sweet - taste proteins, brazzein has smallest molecular mass, simply molecular structure and is most heat - stable. in order to make use of brazzein, we have studying on the expression of brazzein gene in e. coli and plants : lettuce and tobacco. the results obtained are summarized below
為了更好的利用甜蛋白，探討brazzein基因在原核生物和植物中的表達，本論文進行了一些研究，結果如下： 1以合成的brazzein基因為模板，通過引物設計引入突變位點，在基因5 』末端引入ala的密碼子替代原有序列中編碼pglu的密碼子。 -
An analysis of vapor flow from the free molecular to continuum flow in the high temperature heat pipe
高溫熱管內蒸汽從分子流動到連續流動過程分析 -
The human placental alkaline phosphatase ( hplap ) ( ec 3. 1. 3. 1 ) would be used more widely in molecular biology and elisa for its enzyme activity and heat resistant was higher than that of e. coli alkaline phosphatase ( eap ) and calf alkaline phospha - tase ( c1ap ). it is promising to construct the gene engineering pichia pastoris to product the hplap in a scale for the resource of hplap is limited
L ）的活性和耐熱性都高於常用的大腸桿菌堿性磷酸酯酶（ eap ）和小牛腸堿性磷酸酯酶（ ciap ） ，因而更適用於分子生物學和酶聯免疫領域，然而其米源受到限制，探討利用畢赤酵母尺屍astorjs構建工程菌進行規模生產鳳有） 』 『闊的前景。 -
The roles of salicylic acid in inducing plants resistance to abiotic stress such as heavy metals, ozone, ultraviolet radiation, chilling, heat shock, water deficit and salt stress are reviewed and the possible physiological and molecular action mechanisms of salicylic acid are discussed
摘要本文綜述了水楊酸在誘導植物抗（耐）非生物脅迫如重金屬、臭氧、紫外輻射、過冷、熱激、水分虧缺和鹽脅迫等方面的進展，並探討了水楊酸作用的分子、生理機制。 -
In a similar manner, earth will continue to heat up as the molecular rotation increases over time, allowing for a heightened vibration
以類似方式，地球將繼續增溫，因為分子旋轉隨時間增加而允許振動的提高。 -
It is this molecular motion that we call heat
就是這種分子運動我們稱之為熱。 -
Antimicrobial peptides have small molecular weight, high heat stability and a wide antimicrobial spectrum
摘要抗菌肽具有分子量小、熱穩定性和廣譜抗菌等特點。 -
Based on the principle of molecular dynamics, a sampling method in direct simulation monte carlo ( dsmc ) method for molecular total and translational energy, and the heat flux vector nearby the wall boundary is proposed
摘要從分子動力學出發，討論了直接模擬蒙特卡羅方法中分子平均總能量、平均平動能以及邊界熱流密度的抽樣方法。 -
Molecular heat capacity
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