氫化鋯 的英文怎麼說

中文拼音 [qīnghuàgào]
氫化鋯 英文
zirconium hydride
  • 氫 : 名詞[化學] （氣體元素） hydrogen （h）
  • 鋯 : 名詞[化學] zirconium （40號元素, 符號 zr）
  1. The zircondri filin wtut rirconia wa prepared and the removing technology of the zirconia on the zirconium sdrices was obtalned. the methods of chemistry and magnetron sputtring plating were used in order to platc a palladium film, which is characteristic of self catalysis for hydrogen and the sole h - permselectivity on the clean rirconium sdrices prepared by the methods of electrochemitw and ( or ) high temperatur vacuum hydrgenization, which was firstly studied. the plating tedrilogy was obained and the surface modified zirconium membran was prepared

    在利用電化學法和真空高溫除氧加氫法去除了鋯表面氧化膜的基礎上，分別採用化學法、磁控濺射法兩種鍍膜技術在其表面上鍍上了一層對氫具有自催化分解、唯一選擇滲透性的金屬鈀膜，首次獲得了鋯基材膜表面上鍍鈀的制備工藝，成功制備了鋯表面改性選擇滲氫膜。
  2. Layered and pillared material are a kind of multifunctional material which were developed in recent years, much attention has been paid to this kind of material for its application in ion - exchange catalysts solid state proton conductivity, nonlinear optics and physic. a lot of literature have reported the intercalation behavior of a - zirconium phosphate ( abbreviated as a - zrp ), different guest molecules inserted into a - zrp have been studied in detail, those guest molecules include amine, alcohok amino acid protein, enzyme coornadiate compound and coronal compound. the intercalation guest is restricted by their size and basicity

    層柱材料是近年來發展起來的一類多功能材料，由於其在離子交換、催化、固態質子導體、非線性光學以及醫學等方面的廣泛應用而受到國內外研究者的重視，大量文獻報道了-磷酸氫鋯zr （ hpo _ 4 ） _ 2 ? h _ 2o （ - zirconiumphosphate ，縮寫為- zrp ）的超分子插層化合物及插層性能，其中對不同的客體分子對磷酸鋯的嵌入做了詳細的報道，客體分子的種類包括氨、醇、氨基酸、蛋白質、酶、配合物、冠狀化合物等。
  3. Its catalytic current was linear with the concentration of h2o2. most of interference was effectively eliminated and the inactivity of hrp under the too low potential to catalytize the reduction of h2o2 was avoided due to the enhanced potential of nr by zp in the composite film. while the silver colloid in the composite film enhanced the capability of zp to adsorb nr and prevented effectively nr from leaching off

    4 、上修飾電極與辣根過氧化酶相耦合製成酶電極，顯著的催化了過氧化氫的還原，磷酸鋯提高了中性紅的氧化還原電位，大大的降低了測定的干擾，並有效的避免了辣根過氧化酶在過低的還原電位下失效，納米銀增強了膜對中性紅的吸附，有效的防止了其流失。
  4. Methods for chemical analysis of zirconium powder for electro - vacuum uses - the combustion - gravimetric method for the determination of hydrogen content

    電真空用鋯粉化學分析方法燃燒重量法測定氫量
  5. The oxide film of zirconium on the sdses conceals its high hydrogen permeability because of its self passive effect with oxygcn, which limits its application as high h - permse1ective membran

    1幾個納米厚的氧化鋯膜掩蓋了其本體的滲氫性能，使其在作為高選擇滲氫膜的應用上受到限制。
  6. Zirconium and zirconium alloys - determination of hydrogen content - vacuum heating gas chromatographic method

    鋯及鋯合金化學分析方法真空加熱氣相色譜法測定氫量
  7. In this paper we reported the synthesis of five zirconium proline - n - mtthy ] phosphonate - phosphate of different x value, the structure of them were characterized by ir specirum x - ray diffraction and tg - dsc thermal analysis, it has been found that the samples are highly crystallized with mono phase, the interlaycr distance of zirconium phosphonate - phosphate increase with the increment of x value, when x > l, the interlayer distance increased slightly. the ideal model of x = l of zirconium proline - n - mtthyl phosphonate - phosphate is that organic groups crosslinked with inorganic groups, take up as ababab

    本文報道首次合成了不同x值x = 0 . 25 、 0 . 50 、 0 . 66 、 1 . 00 、 1 . 35的層狀（脯氨酸- n -甲基膦酸-磷酸氫）鋯，通過紅外光譜、 x射線衍射、熱重分析等手段進行結構表徵，研究表明，所合成的混合磷酸鋯結晶度較高，晶相比較單一，隨著x值的增加，混合磷酸鋯的層間距逐漸增大，當x值大於1以上時，層間距的變化較小。
  8. According to the present status and trend, zro2 fibrous cloths are considered as the optimal separator materials for the alkaline batteries with high capacity, especially for nickel - hydrogen batteries

    根據發展現狀及趨勢，提出了氧化鋯纖維布是大容量堿性電池尤其是鎳氫電池最理想的隔膜材料。
  9. The results show that the capacity and rate of alka - line absorption is respectively 10 percent more than that of american products, and twice as fast as that of them. the resista - nce is as good as that of them, and the electric property is better than that of them, but the tensile strength is not so good as that of them

    研究制備的氧化鋯纖維布作為大容量鎳氫電池隔膜，組裝成電池進行實效考核表明，可以用於鎳氫電池隔膜;性能測試表明，吸堿率比美國產品高10 ，吸堿速率是美國產品的2倍，電性能優於美國產品。
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