反氘 的英文怎麼說
中文拼音 [fǎndāo]
反氘
英文
antideuterium-
Scientists in 1995 succeeded in producing anti - atoms of hydrogen, and also anti - deuteron nuclei, made out of an antiproton and an antineutron, but not yet more complex antimatter
科學家在1995年成功生產了氫的反原子,以及反氘核核子,由一個反質子和一個反中子生成,僅僅還不能是更為復雜的反物質。Deuterium is widely used in the study of reaction mechanisms and in spectroscopic studies.
氘廣泛地應用於反應機理的研究和光譜分析。The suggestion was that the deuterons ? hydrogen nuclei bearing an extra neutron each ? making up the heavy water were fusing
這項宣布掀起極大的爭議,因為這表示,重水中的氘核(比一般氫原子核多一個中子)發生了融合反應。Whole cell c2d2 reduction by all four mutants comparing to wild type and ni / v mutant was also detected. the result showed that only single a - gln194 substitution did not perturb the stereospecificity of protonation of c2d2. the above comparing results indicate that in mofe protein ( 1 ) a a - gln190 site and its association with homocitrate are important for the transfer of electron / proton to femoco, while a - his194 site and the homocitrate are independent in h2 evolution
對四個突變株細胞的c _ 2d _ 2還原特性及還原產物中反式-順式- 1 , 2 -二氘代乙炔的比例進行了測定並與野生型及nifv突變株相比較,結果表明只有- gln ~ ( 194 )替換不影響c _ 2d _ 2還原產物中反式-順式- 1 , 2 -二氘代乙炔的比例,即未改變固氮酶還原c _ 2h _ 2加氫的立體構型的專一性。Antiparticles are created elsewhere in the universe where there are high - energy particle collisions, such as in the center of our galaxy, but none have been detected that are residual from the big bang, as most normal matter is [ 1 ] ( http : / / science. nasa. gov / headlines / y2000 / ast29may _ 1m. htm )
科學家在1995年成功生產了氫的反原子,以及反氘核核子,由一個反質子和一個反中子生成,僅僅還不能是更為復雜的反物質。The type of reactor that will continue to dominate for at least two decades, probably longer, is the light - water reactor, which uses ordinary water ( as opposed to heavy water, containing deuterium ) as the coolant and moderator
在未來起碼20年間(可能還要更久) ,輕水反應器將仍舊是主要的反應器類型,這種反應器以普通的水(而非含有氘的重水)來當做冷卻劑與緩和劑。4. we design the experiment of acvity - ring - down to measure reflectivity of the mirrors of coil and df laser with high reflectivity respectively at wavelength 1. 315 m and 3. 8 m, and perform the experiment of measuring reflectivity of coil laser resonant mirrors. the experimental result is discussed in detail
設計並建立了用光腔衰蕩法測量氧碘激光器(波長為1 . 315 m )和氟化氘激光器(波長為3 . 8 m )高反射腔鏡的實驗平臺;測量了氧碘激光器振蕩腔鏡的反射率,並對實驗結果做了詳細的誤差分析。分享友人