可还原性

基本解释 (translations)

reducibleness

与可还原性相关的网络例句 [注：此内容来源于网络，仅供参考]

The result shows that Co and Cu are associated with exchangeable fractions, which represents stonger mobility;Pb in iron-manganese fraction represents stonger potential mobility;Zn and Cr existed in oxidizable and residual fraction and Ni in residues represents weak mobility or immobility.

研究结果表明：Co、Cu、Mn存在可交换态，表现有相对较强的迁移性和生物可利用性；Pb主要以还原态的形式存在，表明具有较强的潜在危害性；Zn、Cr主要以氧化态和残渣态形式存在，Ni主要以残渣态的形式存在，这些元素的迁移性较弱。

But that is, in essence, how electronic documents are discarded -- i.e., in a manner that makes them potentially recoverable and producible.

但实质上电子文件就是如此被丢弃的——也就是，使得它们潜在地具备可还原性和延续性。

Environmental contaminants, such as anthropogenic chlorinated compounds tri-chloroethylene and tetrachloroethylene, can be reductively dehalogenated to less chlorinated ethenes or innocuous compounds by micro-organisms through halorespiration under anaerobic condition.

中文摘要环境中的污染源像是三氯乙烯和四氯乙烯这些含氯碳氢化合物可在厌氧的环境之下，经由微生物的卤化呼吸作用将其进行还原性脱氯使其变成含氯较低的含氯碳氢化合物，或者无毒害性的物质。

Fe can form a complex with O-phenanthroline hydrate, Its absorbance measured at 510 nm is directly proportional to the amount of amidopyrine .

基于氨基比林有还原性，在酸性介质中可将Fe3+还原为Fe2+，邻二氮菲能与所生成的Fe2+显色生成红色络合物，最大吸收峰在510nm处。

As a new composite material, conducting polymer composite film has electrical and optical properties of metal and inorganic semiconductor and flexile mechanical performance and processibility of organic polymer as well as electrochemical redox activity.

摘要导电聚合物复合膜作为一类新颖的复合材料，既具有金属和无机半导体的电学和光学特性，又具有有机聚合物柔韧的机械性能和可加工性，还具有电化学氧化还原活性。

As a new composite material, conducting polymer composite film has electrical and optical properties of metal and inorganic semiconductor and flexile mechanical performance and processibility of organic polymer as well as electrochemical redox activity.

导电聚合物复合膜作为一类新颖的复合材料，既具有金属和无机半导体的电学和光学特性，又具有有机聚合物柔韧的机械性能和可加工性，还具有电化学氧化还原活性。

The pigment of Berberis heteropoda Schrenk is a type of anchocyanin and it is strong in resistance against light and to some extent, good in enduring heat and low consistence oxide. But it is poor in resistance against reductant and preservative. It can be applied to the condition of PH. It is also found that sucrose and most of metal ions do not exert negative effects on the stability of the pigment, except Fe3+, Fe2+and low consistence Pb2+, which have some extent effects. Adding stability matter can improve its stability. The harm trace elements contains are within requirement of the National Standard on food safety, As the lexicological study indicates that the pigment does not have any toxicity and mutagenesis, it can be used as edible pigment.

结果表明：大孔树脂吸附-解吸附法纯化黑果小檗色素实验室工艺简单易行，色素回收率高；黑果小檗色素属于花色苷类色素；耐光性好；对热有一定耐受性；对低浓度氧化剂有一定耐受性；耐还原性差；对防腐剂耐性差；适用PH＜6条件下使用；蔗糖和大多数金属离子对色素无不良影响，但Fe~(3+)、Fe~(2+)、Sn~(2+)和低浓度pb~(2+)对色素有影响，加入稳定剂后，可提高色素的耐热性、耐氧化性、耐防腐剂能力；经对有害微量元素进行检测和毒理试验表明，该色素安全无毒，可以作为天然食用色素使用。

The physicochemistry properties of the raw ore and its meaning on geochemistry The earthy black weathered mineral has strong oxide-reducing and acid-base activites. When it reacts with hydroxylammine hydrochloride and inorganic acid, the large number of RE and pb in it can be dissolved in aqueous solution.

原矿的物理化学性质及地球化学意义黑色土状风化物具有较强的可还原性和酸碱活性，它对稀土和Pb等的吸持作用受环境pH值和氧化还原电势影响很大，其中的稀土和Pb可在原矿与还原性物质和酸性物质反应时被溶解出来。

Rice production and sustainable development for agriculture in China waslimited by poor quality of gleyed paddy soils, such as the accumulation of reductivesubstance, low availability of soil nutrients and declined soil productivity, due to poordrainage. In the past, researches focused more on engineering technology to improvegleyed paddy soils.

潜育性稻田由于其排水不畅，造成稻田土壤通气不良、还原性有毒物质累积、养分有效化过程受阻以及土壤生产力下降等一系列问题，严重影响我国的水稻高产稳产和农业可持续发展，过去的研究仅局限于工程措施改良潜育性稻田，对施肥等农艺措施研究不够。

By varying the fuel/air/oxygen ratios the oxygen potential of the system may be changed from hi g hly oxidising to highly reducing and significant technologycal versatility is ac hieved.

由改变燃料/空气/氧的比例，可使系统中的氧势，从高氧化性向高还原性变化而实现巨大的工艺适应性。

与可还原性相关的网络解释 [注：此内容来源于网络，仅供参考]

branching enzyme：分枝酶

同时糖原分枝链的生成需分枝酶(branching enzyme)催化,将5-8个葡萄糖残基寡糖直链转到另一糖原子上以α-1.6-糖苷键相连,生成分枝糖链,在其非还原性末端可继续由糖原合成酶催化进行糖链的延长.

cleft：裂缝

结果表明,内切酶的活性位点位于一个开放的"裂缝"(Cleft)中,可与纤维素链的任何部位结合并切断纤维素链;外切酶的活性位点位于一个长"环"(1oop)所形成的"内部通道"(tunnel)里,它只能从纤维素链的非还原性末端切下纤维二糖.

cleft：裂口

内切酶的活性位点位于一个开放的裂口(cleft)中,它可结合在纤维素链的任何部位并切断纤维素链. 外切酶的活性位点位于一个长环状通道中,它只能从纤维素链的非还原性末端切下纤维二糖. (2)纤维素结合结构域:CBD在纤维素酶中位于肽链的氨基端或羧基端,

oxidase：氧化酵素

有氧呼吸过程中,氧化酵素(oxidase)对于电子传送系统扮演一重要角色,其可借氧分子将已还原的细胞色素(reduced cytochrome)氧化,产生水或过氧化氢. 好氧菌与部份兼性厌氧菌及微好氧菌均具氧化酵素之作用,本实验有助于区分奈瑟氏菌属(Neisse

roster：名册

GATT和WTO都各备用有可作专家组成员的专家名册(Roster),供各案需要选用. 载入"名册"的专家(现有200余名),均各有本人固定职业岗位,但任某案"专家组"成员,乃临时请来的,办完案即返还原职,不具有常设性和专职性.

tunnel：通道

结果表明,内切酶的活性位点位于一个开放的"裂缝"(Cleft)中,可与纤维素链的任何部位结合并切断纤维素链;外切酶的活性位点位于一个长"环"(1oop)所形成的"内部通道"(tunnel)里,它只能从纤维素链的非还原性末端切下纤维二糖.

VAT DYES：还原染料

5.还原染料(vat dyes)有不溶和可溶于水两种. 不溶性染料在碱性溶液中还原成可溶性,染色再经过氧化使其在纤维上恢复其不溶性而使纤维着色. 可溶性则省去还原一步. 该类染料主要用于纤维素纤维的染色和印花.

beneficiation：选矿

在选矿(Beneficiation)时可利用磁选法,处理非常方便;但是由于其结构细密,故被还原性较差. 经过长期风化作用后即变成赤钢材. 在讨论主要的原料之前,我们先要弄清楚,究竟钢和铁有什么不同?是否有不同的成份呢?在日常生活上大家总是把钢和铁联在一起称为"主要",

reducibleness：可还原性

reducers 还原剂 | reducibleness 可还原性 | reducing action 还原酌

reducers：还原剂

reduced zone 还原带 | reducers 还原剂 | reducibleness 可还原性