含氢的

基本解释 (translations)

hydrogenous  ·  hydric  ·  hydrie

与含氢的相关的网络例句 [注：此内容来源于网络，仅供参考]

A large number of bond-type complexes, as long as the hydrogen of the molecules covalently coupled to the molecular approach in an electronegative atom up, that constitutes a hydrogen bond, there are intramolecular hydrogen bonds and intermolecular hydrogen bonds of the points, will affect the formation of complex reaction carried out, such as in solution adding dioxa cyclohexane, or tetrahydrofuran, will reduce the alkylation reaction rate.

氢键型络合物为数众多，只要含氢的分子以共价键方式耦合到分子中一个电负性原子上去，即构成氢键，有分子内氢键和分子间氢键之分，络合物的形成将会影响反应的进行，如在溶液中加入二氧杂环己烷或四氢呋喃，都会降低烷基化反应速率。

This dissertation aims to: improvement in regularity of ladderlike polysiloxane through strong H-bonding template and"half-water-hydrolysis"methods; synthesis of several functional polysilsequioxane with ethoxyl, hydro and aminopropyl groups respectively; and the preparation of nanoporous film with good mechanic properties from ladderlike functional polysilsesquioxane with intermolecular porogen via micro-phase separation process.

本论文旨在利用强氢键模板作用和"半水水解-脱氯化氢缩聚"的改进方法，提高反应性的梯形聚硅氧烷的规整度；合成乙氧基封端、含氢基和氨丙基的几种功能性梯形聚硅氧烷；以及探索利用含分子内成孔剂的梯形聚倍半硅氧烷通过微相分离制备低介电常数二氧化硅纳米微孔膜。

One case is partial carbon conversion, and the remaining serves as a fuel for the regenerator, and the other is chemical reactionin the regenerator to supply heat for absorbent regeneration.

为了确定CO2吸收剂的不同再生方式对整个制氢过程的影响，根据含碳能源直接制氢的基本思路，构建了2种不同的制氢系统：碳部分转化再生供热和化学链反应供热。

The detailed procedures of the method are as follows: the charging material of Ti-6Al-4V alloy is put into the crucible of an induction skull melter, heated and melted under the environment of high-purity argon and 400-700Pa pressure; pre-coated bars with the TiH2 of the weight accounting for 0.09 to 0.2 percent of the charging material are added in; when the hydrogen-contained titanium alloy in the crucible cools and the temperature drops below 300 DEG C, the charging material is vented off and cooled until the temperature equal to room temperature.

它的具体方法为：将Ti-6Al-4V合金的炉料装入感应凝壳熔炼炉的坩埚中，在压力为400～700Pa的高纯氩气环境中进行加热熔化；然后熔入含炉料质量0.09％～0.2％的TiH2的预制棒；当坩埚中含氢的钛合金逐渐冷却凝固并降温至300℃以下后，破真空，进一步冷却至室温。

Use D4 or DMC, Divinyl tetramethyl disiloxane, Tetravinyl tetramethyl cyelo tetrasiloxane were used as raw materials and Tetramethyl ammonium hydroxide as catalyst to synthesize a high molecular weight of vinyl silicone oil. Concentrate hydrosilicone oil, tetramethyl dihydro disiloxane, hexamethyldisiloxane and D4 were used to synthesize the cross linker of low-hydro silicone oil required in experiments.

以D4或DMC，乙烯基双封头，乙烯基环体等为原料，四甲基氢氧化铵为催化剂合成了不同摩尔质量的乙烯基硅油；以高含氢硅油，含氢双封头，六甲基二硅氧烷，D4合成实验所需的交联剂低含氢硅油。

Occurrence of RE hydride was identified in the Al-Si alloy containing RE andenrichment of hydrogen in polynary RE intermetallic compound was determined by means ofEPMA, secondary ion mass spectrography, Hg-free vacuum drivepipe hydrogen-meter to-gether with metallography and porosity measurement.

采用电子探针、二次离子质谱、无汞真空套管测氢仪等检测手段，并配合金相分析及试样孔隙度的测定，鉴定出含稀土的Al-Si合金中有稀土氢化物的存在，确认在多元稀土金属间化合物中氢的富集，提出稀土具有较强固氢作用的观点。

Use D4 or DMC,vinyl di-blocking agent,ringy vinyl,hexamethyl-disiloxane as raw materials,tetramethyl hydroxyl ammonium as catalyst,we synthesized a vinyl silicone oil.

以D4，乙烯基双封头，乙烯基环体，六甲基二硅氧烷等为原料，四甲基氢氧化铵为催化剂合成了摩尔质量和乙烯基含量不同的乙烯基硅油；以高含氢硅油，含氢双封头，D4合成实验所需的含氢硅油；以白碳黑为填料通过密炼等工序制备了医用高透明液体注射硅橡胶。

Using hydrotreated gas oil as solvent, under the conditions of a reaction temperature of 400 C, a hydrogen partial pressure of 10 MPa and a reaction time of 1 h, a portion of coke deposits could be removed yet without the function of hydrogenating coke.

采用溶剂萃取法除去工业失活催化剂上沉积的焦炭和金属的研究结果表明，用四氢呋喃、吡啶和喹啉这3种含杂原子的有机强溶剂常温萃取催化剂，其去除焦炭能力很弱，而且会因这些溶剂的强吸附作用污染催化剂；盐酸洗涤能有效去除催化剂表面的钙、铁沉积层，但不能去除焦炭；低芳香性的加氢瓦斯油在400 C、H2压力为10MPa、反应1h的条件下可部分去除催化剂上的焦炭，但不具备强的氢化焦炭作用；1，2，3，4-四氢化萘因具有供给原子氢的能力，可以有效地氢化和去除催化剂上的焦炭。

Test results show that: Compared with LPG fuel alone, the use of hydrogen as a motor fuel gas mixture, the engine more stable, dynamic and have varying degrees of sexual improve emissions, but NOx emissions increase.

试验结果表明：与LPG单燃料相比，使用含氢的混合燃气作为发动机燃料后，发动机工作更为平稳，动力性和排放性都有不同程度的改善，但NO_X的排放量有所增加。

Metal complex aluminum hydrides are considered as one of the most promising hydrogen storage materials due to their large hydrogen content.

金属络合铝氢化物由于其较高的含氢量被认为是最有前景的贮氢材料之一。

与含氢的相关的网络解释 [注：此内容来源于网络，仅供参考]

hydride：氢化物 (名)

hydric 氢气的; 含氢的 (形) | hydride 氢化物 (名) | hydro 水疗院 (名)

catalytic hydrogenation：触媒氢化[反应]

利用煤来转制成液态燃料,有好几种可行的方法,但各法均不外乎是利用煤的热解(pyrolysis)和触媒氢化反应(catalytic hydrogenation). 在热解反应中,煤是在隔绝氧气的情况下受热分解,形成较小的分子;而触媒氢化反应,则是将氢气加成到含碳的结构上,

hydrogenous：氢的, 含氢的

cyclodos (脉冲调制电路中的)发送电子转换开关 | hydrogenous 氢的, 含氢的 | normal sensibility 标准灵敏度, 正常灵敏度

hydrogenous：水成的

hydrogenous shield 含氢防护屏;含氢屏蔽层 | hydrogenous 水成的 | hydrogeochemical exploration 水文地球化学勘探

hydrogenous moderator：含氢慢化剂

hydrogenous 含氢的 | hydrogenous moderator 含氢慢化剂 | hydrolysis 加水分解

hydrogenous shield：含氢防护屏;含氢屏蔽层

hydrogenous moderator 含氢慢化剂 | hydrogenous shield 含氢防护屏;含氢屏蔽层 | hydrogenous 水成的

amphiprotic：两性

氢也不是构成酸性的关键因子,因为氨(ammonium)含氢,物质一定含氢,并将同时含氧又含氢的称为(酸碱)两性(amphiprotic)物质. 氨气(ammonia)溶解於水的实验后,转而成为原子论的强力支持者. 但是道尔里镇外比拉(Biella)小村的马吉拉(Felicita Mazzia)小姐结婚,

aurous：亚金的, 一价金的, 金的, 含金的

aurous hydroxide | 氢氧化亚金 | aurous | 亚金的, 一价金的, 金的, 含金的 | auroxanthin | 金黄质, 玉黍黄二呋喃素

hydric：氢的;含氢的;要湿气的

水柱椰子属 Hydriastele | 氢的;含氢的;要湿气的 hydric | 氢化物 hydride

hydrofluoric：[化]含氢和氟的,含氟化氢的,氢氟酸的

parthenicine 银胶菊碱 | hydrofluoric [化]含氢和氟的,含氟化氢的,氢氟酸的 | tachygenesis 简捷发生(昆虫幼期的紧缩发生) 加速发生