亚铁的

基本解释 (translations)

ferrous

与亚铁的相关的网络例句 [注：此内容来源于网络，仅供参考]

When having teacher and student, with the phenomenon with bromine water vitriolic and ferrous oxidation very bright

在进行教学时，用溴水氧化硫酸亚铁的现象很明

The optimum HCI/ferrous chloride molar ratio was 1/3.3 when ironic chloride was generated by using hydrogen peroxide. The generated ironic chloride oxidized acetoin in good yield and could be recycled for many times.

用双氧水再生氯化铁时，加入浓盐酸最佳用量与氯化亚铁的摩尔比为1：3.3，再生后的氯化铁氧化效果良好，可多次循环使用。

The result showed that HWG possessed antioxidative characteristics including α,α-diphenyl-β-picryl hydrazyl, 2,2'-azino-bis (3-ethylbenzthiazoline -6-sulphonic acid) and superoxide anion radical-scavenging effects, Fe2+-chelating ability, reducing power and lipid peroxidation inhibition.

随著HWG浓度的增加，其清除自由基包括superoxide anion radical、α，α-diphenyl-β-picryl hydrazyl、2，2'-azino-bis (3-ethylbenzthiazoline-6-sulphonic acid 、还原力与螯合亚铁能力也随之增加，且HWG清除超氧阴离子及螯合亚铁的效力优於标准品Vit C与Trolox。

But ferrous sulfate the by-product of TiO2 cannot be effectively used enough in our country over a long period. In order to solve above questions, the dissertation has done some works as follows:Firstly, the process of purifying by-product of TiO2-ferrous sulfate is studied. The craft and condition of the synthesis of micaceous iron oxide with by-product of TiO2-ferrous sulfate was studied through experiments.

它们都可以通过钛白副产硫酸亚铁为原料制备，但是长期以来，我国硫酸法生产钛白的副产物硫酸亚铁得不到充分有效地利用，针对以上情况，本论文主要作了以下几个方面的工作：首先，研究了钛白副产硫酸亚铁的净化工艺路线，讨论了钛白副产硫酸亚铁水热法合成云母氧化铁的工艺路线和条件，讨论了影响云母氧化铁生成的因素，得出了红、棕、灰云母氧化铁合成的控制条件。

The number of autoterophic bacteria were significantly lower than the heterotrophic bacteria. Majority of 21 strains of heterotrophic bacteria that isolated from water body were Pseudomonas. Majority of 25 strains of heterotrophic bacteria isolated from sediment were bacillus, microccus and Pseudomonas.Three genus of autotrophic bacteria were sulphuret bacteria, nitrify bacteria and nitrosobacteria that were capable of oxidizing H2S, S, FeS, oxidizing NH3 to NO2 and NO2 to NO3 respectively.

试验稚鳖池水中共分离出21株异养细菌，其中优势菌为假单胞杆菌属细菌；底泥中共分离出25株异养细菌，其中优势菌为芽胞杆菌属细菌，微球菌属细菌假单胞菌属细菌，三种自养细菌分别为具有氧化硫化氢、元素硫或硫化亚铁的硫细菌；具有氧化氨为亚硝酸的亚硝化细菌和能将亚硝酸进一步转化成硝酸的硝化细菌。

The results of research showed that compound ferrous flocculant has simple preparation and not any second pollution matter is produced to the environment, it has big and stout floes formation and fast speed sedimentation while dealing with waste water, it is positively charged according to the electrophoresis, it belongs to cationic flocculant, can gives better coagulation results in turbidity removal, color removal, the maximum removal rate of turbidity and color are 95.4% and more than 81.7%, respectively. There are interactions between polysilicic acid and hydrolyzed ferrous species, the compound ferrous with appropriate Si/Fe not only but also can lower the water treatment cost. The compound ferrous removes colloid particles in water by charge oxidation-reduction, neutralization and furl mechanism.

研究结果表明：复合亚铁制备工艺简便，无二次污染；处理水样时产生的矾花大，密实、沉降速度快；复合亚铁带电性为正，为阳离子型絮凝剂；复合亚铁具有较好的除浊、脱色能力，除浊率及脱色率最高分别可达95.4％及81.7％；在复合亚铁中，聚硅酸与亚铁的水解产物间存在着相互作用，合适的硅铁摩尔比有利于提高混凝效果，而且还可以降低投药成本；复合亚铁是通过氧化还原、吸附电中和及卷扫三种作用机理起混凝作用的。

Bacterial and chemical oxidation of gold-bearing pyrite gives rise to not only ferric sulfate and sulfuric acid but also ferrous sulphate and low-valence oxide of sulfur. The potential in the system is too low to dissolve native gold to form Au(SO4)2- Experiments indicate that gold does not dissolve in sulfatic iron solution.

含金黄铁矿在细菌氧化、化学氧化过程中，除生成高铁的硫酸盐和硫酸外，还生成了亚铁的硫酸盐及硫的低价氧化物，体系中的电位较低，距溶解自然金呈Au(SO_4)_2~-所需电位甚远，实验表明，金不溶于硫酸铁溶液中。

This paper presents an experimental study of fire suppression effectiveness with water mist containing ferrous chloride.

实验结果表明：添加有氯化亚铁的细水雾，其灭火性能发生了显著变化。

10 Screened from 19 rice varieties were used to study the biological characteristics of rice root border cell s and their toxicity responses to ferrous iron stress.

以水稻为实验材料，从19个品种中筛选出来相对耐亚铁的水稻品种中优9288和敏感品种汕优10号，研究水稻根边缘细胞的生物学特性及对铁毒的响应。

Single component and multi\|component of iron system colloidal catalyst \Ali\|Bu\-3CH\-2CHCH\-2Cl\ were mixed by different ratios in hydrogenated gasoline medium at 25℃.This paper studied the relationship between the nonaqueous systematic electroconductivity and the concentration of catalyst components.In combination with Tyndall effect,polymerization experimental results,Ali\|Bu\-3 existed in associated state and dissociated into ionpair.The reaction between Ali\|Bu\-3 and Fenaph\-2 was the main reaction which formed colloidal core.Ali\|Bu\-3 reacted on CH\-2CHCH\-2Cl and Ali\|Bu\-2Cl was yielded which joined the formation of active center on the surface of colloidal core.The excessive Ali\|Bu\-3 was dissociated into ionpair which formed double electrode layer,and the double electrode layer kept the colloidal particles relatively stable.

研究了在25℃加氢汽油介质中，铁系胶体催化剂［Fenaph2Ali-Bu3―CH2==CHCH2Cl］单组分、多组分按不同配比混合，非水体系电导率与浓度的关系，结合Tyndall效应，聚合实验结果，得出Ali-Bu3以缔合状态存在并解离成离子对它同环烷酸亚铁的作用是形成胶核的主要反应，与氯丙烯反应生成的氯化异丁基铝，在胶核表面参与形成活性中心由过量Ali-Bu3解离的离子对形成的双电层结构，使胶粒保持相对稳定。

与亚铁的相关的网络解释 [注：此内容来源于网络，仅供参考]

Candiot：克里特岛之居民 克里特岛干地亚城的

candimycin | 假丝霉素 | Candiot | 克里特岛之居民 克里特岛干地亚城的 | candite | 铁镁尖晶石

ferrous：铁的, 含铁的, [化]亚铁的

couples exercise 双人体操 | ferrous 铁的, 含铁的, [化]亚铁的 | micropylar funnel 珠孔漏斗

ferrous：亚铁的

ferrous sulphate 硫酸亚铁 | ferrous 亚铁的 | ferrovanadium 钒铁

ferrous：铁的

ferrous sulphide 硫化亚铁 | ferrous 铁的 | Ferrovie dello State Stat Italian State Railways 意大利铁路

Ferrous Sulfate：硫酸亚铁

铁剂 硫酸亚铁(ferrous sulfate) ,枸橼酸铁铵(ferric ammonium citrate) ,右旋糖酐铁(iron dextran) ※影响铁吸收的因素: 影响铁吸收的因素 促进因素:胃酸,VitC,果糖,半胱氨酸等 阻碍因素:高磷,高钙,鞣酸(可使铁沉淀) ,

ferruginous：含铁的

ferrous sulfide 硫化亚铁 | ferruginous 含铁的 | fersmanite 硅钠铌石

Ferrous lactate：乳酸亚铁

4.乳酸亚铁(ferrous lactate) 分子式Fe(C3H5O3)2.3H2O,分子量288.04,含铁19.39%. 微绿白色或类黄色结晶粉末或结晶. 稍有特殊的气味,有微甜和铁味. 可溶于水,1g可溶于40ml冷水或12ml沸水中,水溶液为绿色澄明且呈弱酸性. 几乎不溶于乙醇.

ferro carpholite：铁纤锰柱石

铁的,含铁,含亚铁的(词头) ferro- | 铁纤锰柱石 ferro carpholite | 铁阳起石 ferro-actinolite

ferric chloride：氯化铁

铁系混凝剂有氯化铁(Ferric chloride)、氯化亚铁(Ferrous chloride)硫酸亚铁(Ferrous sulfate)等. 图1为巿售混凝剂与脱色剂在不同pH值的电性强度之比较图. Alum的阳电性强度最弱,且pH值高於6.5 时电性也会由阳性转变成阴性.

Thiobacillus ferrooxidans：氧化亚铁硫杆菌

例如,在自然条件下,氧化亚铁硫杆菌(Thiobacillus ferrooxidans)和产乳贝氏固氮菌(Beijerinckia lacticogenes),可以是关系比较松懈的原始合作或共栖,而人为混合培养用于冶金时,则是十分密切的共生关系.