青年中文anthracene的意思
anthracene中文翻譯：
n.蒽（一種碳氫化合物）
anthraces───n.炭疽，炭疽熱(anthrax的變形)
anthracite───n.[礦物]無煙煤
anthracnose───n.[植保]炭疽病
benzanthracene───n.[有化]苯并蒽
anthracic───無煙煤
anthraco-───蒽醌
anthracoid───adj.炭疽樣的
tetracene───n.并四苯；丁省
Anthropocene───n.人類世
major use of anthracene is to produce anthraquinone through oxidation.───蒽的最主要的用途是經過氧化得到蒽醌。
So benzene and DMF from the some solvents separate crude anthracene.───因此，從這些溶劑中選出苯和DMF來進行分離粗蔥。
The pyrene or anthracene-substituted terpyridine ligands was synthesized.───了芘、蒽熒光團取代的三聯吡啶。
In Estonia three types of shale tar have been used as alternatives to anthracene oil or carbolineum.───在愛沙尼亞，已有三種頁巖焦油用作蒽油或氯化蒽油的替換物。
Children patients having anthracene nucleus chemotherapeutics should be monitored with cardiogram frequently.───蒽環類抗腫瘤藥物用于兒童患者時應密切監測心電圖。
Methods We reported 8 cases with severe cardiovascular complications during treatment containing anthracene nucleus chemotherapeutics.───方法應用含蒽環類化療藥物的治療中出現嚴重心臟損害的患兒8例。
Name of Project: The Project of Technical Reform for the Additional Production Line of Anthracene Series Products II .───增加蒽系列產品生產線的技術改造項目一、項目名稱：增加蒽系列產品生產線的技術改造項目。
As the organic compound, an aromatic hydrocarbon having an anthracene skeleton is preferably used.───作為有機化合物，優選使用含有蒽骨架的芳烴。
Accumulation and biodegradation of anthracene by Chlorella protothecoides under different trophic conditions.───不同營養條件下原始小球藻對蒽的富集和降解研究。
Methods Saccharide content was determined by anthracene ethyl ketone method; amino acid content was estimated by indene tri—ketone colorimetric method.
Anthracene on the Long John Silver's willing to work with you with the total growth.
Make up, can divide into carotenoid kind, anthracene quinone, naphthalene quinones , kinds of flavonoids, ginger flavin kind, indigo kind, chlorophyll 7 altogether according to chemistry.
Main products are anthracene, naphthalene, bitumen, crude carbolic acid, benzene, toluene and xylene etc.
The electrochemical synthesis of anthracene magnesium by using sacrificial magnesium anode and'carbon cathode was studied.
The photolysis of anthracene and chrysene in natural water was studied.
The derivates of naphthalene, fluorene, pyrene, anthracene, acenaphthene and their application in biotechnology were reviewed.
The feasibility that the concentration of anthracene can be determined by thermal lens technique.
The new process for refined anthracene and refined carbazole extracted from anthracene oil is described, the problems to be cared in installation and production of equipment are analyzed.