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anti-dope
相关语句
  反兴奋剂
     Modern Biotechnology's Function and Its Prospect on Anti-dope
     现代生物技术对反兴奋剂的作用及展望
短句来源
     Research on the Athlete's Rights in the Process of Anti-dope and its Protection
     反兴奋剂过程中运动员的权利及其维护
短句来源
     In order to prevent the tort,it is necessary to affirm and protect the athlete's rights according to the law in the process of anti-dope.
     应依法确认并维护运动员在反兴奋剂过程中享有的权利,防止各种侵权行为的发生。
短句来源
  “anti-dope”译为未确定词的双语例句
     The data of lattice distortion implied that Ti4+could enter (anti-dope) into rare earth oxide that existed on the surface of titanium dioxide.
     计算晶格畸变应力e数据表明,Ti4+可能反掺入了表面稀土氧化物的晶格中.
短句来源
  相似匹配句对
     Anti-H.
     治疗结果显示H.
短句来源
     Anti-H.
     抗H .
短句来源
     Current State and Development of Anti-Fingerprint Dope
     耐指纹液的发展现状
短句来源
     Modern Biotechnology's Function and Its Prospect on Anti-dope
     现代生物技术对反兴奋剂的作用及展望
短句来源
     Research on the Athlete's Rights in the Process of Anti-dope and its Protection
     反兴奋剂过程中运动员的权利及其维护
短句来源
查询“anti-dope”译词为用户自定义的双语例句

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Through the external agent of competitive rules development, external agent is the essential factor to promote competitive rules development. The tendency of this development is : change competitive ways, shorten competitive time, fasten competitive pace; focus more on competitive enjoyment and excitement;pay more attention to technical stability and antagonism intense, as well as its regularity and accuracy; amplify anti-dope.

通过对促进竞赛规则发展变化的外部动因分析 ,提出外部动因是促进竞赛规则发展变化的重要因素。竞赛规则发展变化的主要趋势为 :改变比赛办法 ,缩短比赛时间 ,加快比赛节奏 ;更加注重比赛的观赏性和精彩性 ;更加注重技术的稳定性和对抗的激烈性 ;更加注重评判的规范性和准确性 ;加大了反兴奋剂的力度

A series of Pt/RE/TiO2 photocatalysts were prepared by sol-gel impregnation and photodeposi- ton process, and characterized by means of X-ray diffraction and electrochemistry. As a model reaction, photocatalytic hydrogen generation from water using formaldehyde as electron donor was investigated. It has been found that the activities of all rare earth doped TiO2 samples have been increased compared to those of pure TiO2, and the order was La/TiO2>Sm/TiO2>Eu/TiO2>Dy/TiO2>Er/TiO2. It was shown that the transformation...

A series of Pt/RE/TiO2 photocatalysts were prepared by sol-gel impregnation and photodeposi- ton process, and characterized by means of X-ray diffraction and electrochemistry. As a model reaction, photocatalytic hydrogen generation from water using formaldehyde as electron donor was investigated. It has been found that the activities of all rare earth doped TiO2 samples have been increased compared to those of pure TiO2, and the order was La/TiO2>Sm/TiO2>Eu/TiO2>Dy/TiO2>Er/TiO2. It was shown that the transformation from anatase to rutile was prevented, which could enhance the activities of the photocata- lysts. The data of lattice distortion implied that Ti4+could enter (anti-dope) into rare earth oxide that existed on the surface of titanium dioxide. The data of electrochemistry experiment showed that the flat-band poten- tial of conduction of RE/TiO2 has been shifted negatively. The lattice distortion raised the Fermi level, which caused flat-band potential of the conduction of TiO2 to shift negatively. As a result, the photoinduced electrons of the conduction band had stronger reductive capability and the photocatalytic activity of hydrogen generation was improved.

采用溶胶-凝胶浸渍法和光沉积法制备了系列Pt/RE/TiO2纳米光催化剂,通过XRD和电化学等手段进行了表征.以甲醛为电子给体,考察了光催化剂在紫外光照射下的制氢活性.稀土掺杂提高了Pt/TiO2光催化制氢活性,其顺序分别为La/TiO2>Sm/TiO2>Eu/TiO2>Dy/TiO2>Er/TiO2.掺入稀土元素后,阻止了TiO2从锐钛矿晶型向金红石晶型的转变,这是光催化剂活性提高的原因之一.计算晶格畸变应力e数据表明,Ti4+可能反掺入了表面稀土氧化物的晶格中.电化学实验表明稀土掺杂TiO2的平带电位负移,其原因可解释为晶格畸变促使费米能级升高,导致催化剂导带的平带电位负移,因此导带上被激发电子具有更强的还原能力,从而有利于光催化制氢活性的提高.

On the basis of consulting a large amount of documents, it has carried on a survey and an analysis on the role in anti-dope of modern biotechnology. It concludes that modern biotechnology offers technical support for measuring dope at the same time it brings new challenges to it.

在查阅大量文献资料的基础上,对现代生物技术在反兴奋剂中的作用进行了综述和分析,认为现代生物技术为兴奋剂的检测提供了技术支持,同时又带来了新的挑战。

 
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