phase chemistry 中文意思是什麼
phase chemistry
解釋
相化學-
Ocean science and engineering research institute will this be the work of target, has already rather had own special features at the development of the realm, for example making salt, salt chemical engineering, ocean chemical engineering and make the salt machine etc., already had accumulated a lot of research experience at the academic realm, such as seawater kinematics, oceanic chemistry and developments and using of its resources, hydrology geology of the coast, salt pan biology, water - salt system phase diagram, inorganic separation, crystallography and so on, and is utmost developing oceanic resources attains, at the same time, doing the resources circulation & reusing and reducing the environment pollution
海洋科學與工程研究所將此作為工作的目標，在制鹽、鹽化工、海洋化工、制鹽機械等領域的開發已經頗具有自己的特色，在海水運動、海洋化學及資源開發利用、海岸帶水文地質、鹽田生物、水鹽體系相圖、無機分離、結晶等學術領域已積淀了豐厚的科研經驗，最大限度的開發海洋資源的同時做到資源循環再利用、減少環境的污染。 -
Studies on phase chemistry of lacl3 - phe - h2o system and synthesis and characterization of solid complexes
四氫呋喃混合溶劑中粘度的研究 -
This article points out a misconception in physical chemistry " the value of gibbs function is equal when binary system of pure substance is in phase balance "
摘要指出了「單元復相系平衡狀態時，兩相中的吉布斯函數值相等」說法的錯誤。 -
Studies on phase chemistry of gdcl3 3h2o - 18c6 - ch3coch3 system
丙酮體系的相化學研究 -
Soluble polymer - supported reagents and catalysts in the field of liquid - phase chemistry appeared during last fifteen years and their applications have been reviewed
本文總結了近15年來液相化學領域內出現的可溶性聚合物支載的各類試劑和催化劑及其應用。 -
The applications and development of solution phase combinatorial chemistry in organic synthesis have been reviewed
摘要綜述了液相組合化學的發展及其在有機合成的應用。 -
The middle school phase chemical industry information education problem is always the education difficulty, by means of adjust present the chemical industry information education means in middle school, situation that chemical industry pattern layout state and tutor the use investigation makes known : the chemical industry information education universally is " be an armchair strategist " appearance, the interest that student studyed chemical industry information affect, causing come into being the chasm between education together with the manufacture practice ; how the religion well allows student emulate good this chunks of knowledge, it also is the problem that chemistry tutor in middle school probed into ; yet it is causeing one of hard significant reason of present chemical industry information education that the education of teacher is served to be conscious of light, be living on this base, the writer propose the application multi - medium education chemical industry information means at probing and the test after some
中學階段化工知識的教學問題一直是教學的一個難點，通過對當前中學化工知識教學方法、化工模型的配置狀況及教師應用的情況的調查表明：化工知識的教學普遍存在「紙上談兵」現象，影響了學生學習化工知識的興趣，使教學與生產實際之間產生了鴻溝；如何教好並讓學生學好這一知識塊，也是中學化學教師探討的問題；但老師的教學服務意識淡薄是導致當前化工知識教學難的重要原因之一。在此基礎上，筆者經過幾年的探索和實驗提出了應用多媒體教學化工知識的方法。 -
Ultrasound is a kind of high frequency mechanical wave which can effectively improve mass transfer and heat transfer, change physical - chemistry phase equilibrium, fasten chemistry reaction rate
超聲波是一種高頻機械波，利用超聲振動、超聲空化能有效強化傳質、傳熱，改變物理化學相平衡，加快化學反應速率。 -
Study on titanium dioxide solid phase grafting modification with polystyrene by mechano - chemistry
鈦白力化學法固相接枝聚苯乙烯改性研究 -
The zijinshan fluid system and the gonglang fluid system were driven by the stress of extrusion nappe onto the basin and the thermal driving force of magmatism. when the fluids cycling in the basin encountered the boundary of reduction - oxidation or underwent fluid mixing, phase separating and fluid boiling caused by fault - induced pressure reducing, the physical chemistry condition abruptly changed and mineralization then took place
在盆地兩側擠壓推覆構造應力及巖漿作用熱力驅動下，紫金山背斜和公郎弧兩大流體系統的流體在盆地中運動，當遇到氧化還原界面或遭受流體混合、相分離及斷裂導致的減壓沸騰時，因物理化學條件發生重大變化而導致成礦作用的發生。 -
In order to prove hwtx - i that can be used as one of natural scaffolds for protein engineering. we have synthesized two multiple mutants : hw - ma and rgd - ma and natural co - conotoxin mviia by using solid phase method with fmoc chemistry on peptide synthesizer and by hand respectively
為了證明hwtx -可以作為蛋白質工程研究的一種天然的骨架分子，本文運用fmoc化學，用手工和固相合成儀合成了兩個hwtx -的多個位點的嵌合體： hw - ma及rgd - hw ，以及合成了天然- conotoxinmviia 。 -
Solid phase organic synthesis and combinatorial chemistry are novel methods developed in recent years to synthesize a lot of organic compounds quickly
固相有機合成和組合化學是近年來發展起來的快速合成數種有機化合物的新方法。 -
Based on the experimental results and the correlative chemistry theory, the phases formed in the process and its influenceable factors were studied. the significant results were enumerated as follows : as for the mn - h2o system, 5g pure mn scraps ( 99. 5 %, - 200mesh ) and distilled water served as the starting materials were milled by high energy ball miller together with 200g steel balls as the milling medium. the experiments were conducted with the rotation speed of 380rpm. - mn3o4 nanopowders were fabricated after milling some time and would experienced phase transformations if continue to be milled. the reaction would be accelerated if a little of hcl or mnso4 was added while be decelerated if. a little of naoh was added. the - mn3o4 phase with particl size between 20 ~ 100 nanometer was obtained after milling 1. 5h when trace hcl was added. the oxygen added to the ball tin has little effect on the reaction
主要實驗結果如下: （ 1 ）對于mn - h2o系，通過高能行星式球磨機，在50ml蒸餾水中球磨5gmn粉末，球料比為40 : 1 ，轉速為380rpm ，球磨一定時間后獲得了納米級單相- mn3o4 。隨著球磨時間的延長，生成的- mn3o4會繼續被氧化或發生晶型轉變。加入微量hcl或mnso4會明顯加快mn的反應，加入hcl后，球磨1 . 5h后即獲得粒徑為20 100nm的單相- mn3o4粉末;加入微量的naoh會抑制mn反應生成- mn3o4 。 -
General guidance regarding analytical procedures and methods validation information to be submitted for phase 2 or phase 3 studies will be provided in the fda guidance for industry inds for phase 2 and 3 studies of drugs, including specified therapeutic biotechnology - derived products, chemistry, manufacturing, and controls content and format, when finalized ( draft guidance published april 1999 )
關于在第1階段研究所需提交的分析方法和方法驗證資料方面的指南，發起人可以參考fda的指南：藥品（包括結構確定的，有療效的，生物技術產品）第1階段研究的ind申請的內容和格式（ 1995年11月） 。 -
My research interests involve the total synthesis of various biologically active products, new synthetic methodology, combinatorial chemistry, solid phase organic synthesis, chemical biology, and new drug discovery
我的研究興趣包括各式生化活性產物的全合成、新的合成方法學、組合式化學、固相有機合成、化學生物學，以及新藥開發等。
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