電解質的 的英文怎麼說

中文拼音 [diànjiězhíde]
電解質的 英文
electrolytical
  • 電 : Ⅰ名詞1 （有電荷存在和電荷變化的現象） electricity 2 （電報） telegram; cable Ⅱ動詞1 （觸電） give...
  • 解 : 解動詞（解送） send under guard
  • 質 : Ⅰ名詞1 （性質; 本質） nature; character; essence 2 （質量） quality 3 （物質） matter; substance;...
  • 的 : 4次方是 The fourth power of 2 is direction
  • 電解質 : [物理化學] （在溶液中或在熔融狀態下能形成正負離子, 因而能導電的物質） electrolyte; electrolytic
  • 電解 : electrolyze; electrolysis; electrolyzation; galvanolysis 電解銅 [冶金學] electrolytic [cathode] c...
  1. The major factors causing death are electrolyte imbalance and dehydration, leading to cardiac arrest.

    引起死亡的主要原因是電解質的不平衡和脫水，導致心臟停搏。
  2. An additional factor which can affect solubility of a pesticide is the presence of electrolytes in the solution.

    能影響農藥溶解度的另一個因素是溶液中電解質的存在。
  3. Effects of lead poisoning on serum electrolyte in children

    鉛中毒兒童血電解質的變化
  4. It is well known that nf membrane can only desalinate monovalent salts. however, the separation of bivalent salts from water - soluble organics is very important in modern chemical industry

    荷電鑲嵌膜可用於一價、二價電解質的濃縮及有機原料的脫鹽，其膜通量接近於工業納濾膜的水平。
  5. 2. aqueous solution electrolyte such sulphuric acid starts to decompose about iv or so, but nonaqueous solution such as 1 mol / 1 eunbf4 / pc ca n ' t decompose below 2 - 5v. at the same current, the capacity of capacitors with monaqueous electrglyte is higher than that of aqueous electrolytes, but the former have high internal resistance, the latter has low resistance but it erodes the systems

    由於水系電解質h _ 2so _ 4的耐分解電壓只有1v左右，而非水系電解質1mol 1et _ 4nbf _ 4 pc的為2 . 5v左右，在相同的電流下充放電時，電解質為非水系電解質的電阻大，這樣增大了電容器的內阻；而水系電解質h _ 2so _ 4的電阻低，但是它腐蝕設備。
  6. The interactions between particles were discussed based on dlvo and edlvo theories. experiment results show the effect of the ph on the dispersion is due to the repulsion interactions of electrical double layer ; and addition suitable inorganic dispersant or organic macromolecule dispersant results in improvement the stabilization of the dispersion. the main action of the inorganic dispersants is to increase the repulsion interactions of electrical double layer and the main action of organic macromolecule dispersant is to increase hydration shell and steric hindrance

    研究表明： ph對顆粒分散的影響主要體現在對顆粒間雙電層靜電排斥力的改變；添加合適分散劑可以改變顆粒在水中的分散性；無機電解質的分散機制主要是增加顆粒表面的雙電層靜電排斥作用能，而高分子分散劑的分散機制主要是增加顆粒的水化膜排斥能和位阻排斥能；復合分散劑的分散效果要優于單一分散劑；提出了用經時損失性來評價分散穩定性。
  7. In this paper, high concentration vanadium electrolyte has been prepared by electrolysis, graphite and graphite felt electrode also have been made, moreover, the electeodes have been activated, and based it, a lab - level vanadium battery has been manufactured. cyclic voltammetry, current step and invariable current charge / discharge method have been used to study the reactive mechanism of electrolysis, of vanadium electrode reaction and of electrode activation, also to investigate maiden charge process and electricity performance of vanadium battery. the influence of electrode activation and trace stibium ion, indium ion added into vanadium electrolyte has been discussed

    利用循環伏安法、恆電流階躍法、恆電流充放電循環等電化學方法，探討了電解法制備釩液流電解質的反應機理，考察了釩的電極反應、電極表面活化處理對釩的電極反應的影響，結合電極反應分析了活化的機理；還考察了釩電池初次充電活化過程及恆流充/放電循環的電性能；並且考察了添加銻離子、銦離子對釩電池電性能特別是析氫行為的影響。
  8. The results show that effects of alkali metal salts on conductivity are different because of their different anion radium, crystal lattice energy, ionic mobility and solubility in electrolytes, that different ionic conduction modes of electrolytes result to double - peak of salt concentration dependence of conductivity and different temperature dependence, and that different influences of plasticizer to conductivity result from their different action

    結果表明，不同堿金屬鹽對電解質電導率的影響因其陽離子半徑、晶格能、離子淌度以及在電解質中的溶解度的不同而不同;電導率的鹽濃度依賴性因電解質的離子傳導方式不同而明顯呈現雙峰形;增塑劑對電導率的影響則因其作用方式不同而產生不同的效果;電導率的溫度依賴性也因電解質的離子傳導方式不同而呈現不同的規律。
  9. 2801 and lbg was used as polymer matrix because of their different hfp ratio, dbp was used as plasticizer. the films were made by bellcore method. structure, crystallinity, liquid uptake and conductivity of the films with different ratio of pvdf dbp sio2 was determined

    本文用hfp含量不同的2801和lbg為基體， dbp為增塑劑，採用bellcore方法制膜，得到了聚合物電解質的結構、結晶度、吸液量和電導率隨sio _ 2 、增塑劑含量、聚合物結晶度的變化規律，並對納米無機粒子改性聚合物電解質的機理進行了一些探討。
  10. The self - assembly of pccu ' s derivant and polyelectrolytes

    酞菁銅衍生物與聚電解質的自組裝
  11. Synthesis and electrochemical performances of novel hyperbranched polymer electrolytes

    新型超支化聚合物電解質的合成及電化學性能研究
  12. Firstly, a situ - polymerization method as the preparation process of gplb is introduced and pmma as the polymer matrix of the gel electrolyte is selected. the thermal polymerization process of the gel electrolyte is also optimized

    首先，採用了現場聚合法制備凝膠聚合物鋰離子電池的工藝，根據該制備工藝選擇pmma基作為該凝膠聚合物電解質的聚合物體系，然後對凝膠的熱聚合工藝進行了優化，確定了最佳的熱聚合工藝。
  13. Synthesis of cation polyelectrolyte decomposed in basic aqueous

    可堿水降解的陽離子聚電解質的合成
  14. For the pemfc cathode, besides above the parameters, the effects of the thickness of the reaction layer, the ion conductivity of nafion electrolyte and the electronic conductivity in carbon phase of the reaction layer on the electrode performance have also been investigated

    在對pemfc陰極的研究中，除了以上參數以外還考慮了反應層厚度， nafion ~ （ ? ）電解質的離子傳導率以及反應層中碳相傳導率對電極性能的影響。
  15. Recent advances of all - solid - state polymer electrolyte systems that can be probably used in lithium ion batteries are reviewed, focusing on their electrochemical performances, especially the ionic conductivity at room temperature

    綜述了鋰離子電池聚合物常溫固體電解質的最新研究進展。主要關注的是電化學性能，尤其是室溫下的離子電導率。對性能較好的聚合物固體電解質體系進行了概述。
  16. Secondly, the sorts and weights of the components of the gel electrolyte are optimized, and a gpe with excellent performance is prepared, whose ion conductivity reachs 9. 2ms / cm. we analyze all the factors influencing the performance of the gpe, and study many performances of the gpe, including the microstructure, conductivity performance, liquid electrolyte holding ability, electrochemical stability, thermodynamics stability, and interfacial stability between electrolyte and electrode, et al

    其次，對gpe各組份進行了改進和優化，找到了最佳的配比，制備了性能良好的凝膠電解質，該gpe的室溫離子電導率最高可達9 . 2ms cm ；考察了影響凝膠電解質性能的各種因素；研究了凝膠電解質的微觀結構、導電性、保液性、電化學穩定性、熱力學穩定性以及電解質與電極間的界面穩定性等性質。
  17. Synthesis and properties of cationic polyelectrolyte as electrode additive

    作為電極添加劑的陽離子聚電解質的合成及性能的研究
  18. To explain the nature of food as a medium for chemical reactions and the effects of electrolytes, non - electrolytes, ph and dispersed phases on the structures and reactivities of food components ; to examine in detail the mechanisms of non - enzymic browning, food additive - food component reactions, and methods of control

    介紹食物的化學反應、電解質與非電解質的效果、食物元素的酸堿值發散階段及組織與反應、非酵素褐化的結構、食品添加物成分與反應、與控制方法等。
  19. With the development of solid polymer electrolyte, lithium and its alloys may be the promising anode materials

    隨著固體電解質的不斷研究，鋰金屬及其合金有可能成為最有前景的負極材料。
  20. Sectional specification : aluminium electrolytic capacitors with solid and non - solid electrolyte ; german version en 130300 : 1998

    分規范.帶固體和液體電解質的鋁電解電容器
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