离子英语怎么说
本文为您带来离子的英文翻译,包括离子用英语怎么说,离子用英语怎么说,离子的英语造句,离子的英文原声例
本文为您带来离子的英文翻译,包括离子用英语怎么说,离子用英语怎么说,离子的英语造句,离子的英文原声例句,离子的相关英语短语等内容。
离子的英文翻译,离子的英语怎么说?
n.ion
离子的英语网络释义
...英国离子 英国离子(ION)是国际知名的气体检测仪器制造商,尤其在PID检测领域表现突出。
... Iona 阿沃纳〔美国纽州所产的一种酿酒葡萄种类名〕 ionic 离子的 ionic activity 离子活性 ...
... positive electrode (anode) 阳极质量工程师考试网 positively charged particle (ion) 离子 potential difference 电位 ...
...的设备腐蚀突出表现为局部性,多发生在管线的弯头、有焊接应力及制造残余应力(冷却器管束U型管处)等部位。当带有活性阴离子(Cl-)的油气介质通过时,它首先被吸附在金属表面某点上,对氧化膜产生破坏作用,在被破坏的局部形成电偶的阳极,而未被破坏的部分就成...
离子的汉英大词典
离子
- {物} ion:
argon ion;
氩离子
cation;
阳离子
- 短语:
- 离子斑 {电子} ion burn; ion spot;
- 离子斑点 ion spot;
- 离子半导体 ionic semiconductor;
- 离子半径 {晶} ionic radius;
- 离子崩溃 avalanche;
- 离子泵 {电子} ion pump;
- 离子比色计 ionocolorimeter;
- 离子比值 {海} ionic ratios;
- 离子波 {等离子} ion wave;
- 离子波不稳定性 ion wave instability;
- 离子不稳定性 ionic unstability;
- 离子捕集 ion trapping;
- 离子层 {电子} sheath;
- 离子成对 ion pairing;
- 离子成三 ion triplet;
- 离子冲压式发动机 {航空} aeroduct;
- 离子畴 ionic domain;
- 离子传导 {化} ionic conduction;
- 离子抽运 ionic pumping;
- 离子簇 {化} ion cluster;
- 离子催化剂 ionic catalyst;
- 离子氮化 ionic nitriding; ionitriding;
- 离子当量电导 {物化} ionic equivalent conductance;
- 离子导电体 ionic conductor;
- 离子导电性 ionic conductivity;
- 离子等离子体波 ion plasma wave;
- 离子等离子体频率 {等离子} ion plasma frequency;
- 离子缔合 ion association;
- 离子电导 {物化} ionic conductance;
- 离子电导率 {化} ionic conductivity;
- 离子电导性 ionic conductivity;
- 离子电镀法 ion plating;
- 离子电荷 {物} ionic charge;
- 离子电流 {电子} ionic current; gas current;
- 离子电流率 {电子} gas ratio;
- 离子电渗疗法 ionotherapy; iontherapy; iontophoresis;
- 离子电泳 ionophoresis;
- 离子电泳作用 ionophoresis;
- 离子电子复合 recombination of ion and electron;
- 离子电子光学式分析仪器 ion-electron-optical analytical instrument;
- 离子动能度谱术{光谱} ion kinetic energy spectrometry;
- 离子动能谱(法) ion kinetic energy spectroscopy;
- 离子镀 ion plating;
- 离子发动机{航空} ion engine;
- 离子发光 ionoluminescence;
- 离子发射 {物} ion emission;
- 离子反流 backlash;
- 离子反射板 repeller;
- 离子反射器 ion repeller;
- 离子反向散射 {固物} ion backscattering;
- 离子反应 ionic reaction;
- 离子方程式 {化} ionic equation;
- 离子放大管 ion amplifying tube;
- 离子飞弧 ionization arc-over;
- 离子分离{化工} ion fractionation;
- 离子-分子反应 ion-molecule reaction;
- 离子-分子复合体 heteroion;
- 离子氛 ionic atmosphere;
- 离子辐射{物} ion irradiation;
- 离子浮选 {化} ion flotation;
- 离子浮选法 ion floatation method;
- 离子腐蚀 ion etching;
- 离子共振 ion resonance;
- 离子共振现象 synionism; syniony;
- 离子共振原理能谱计 ion-resonance-principle spectrometer;
- 离子光电池 gas cell;
- 离子光电管 gas-filled phototube;
- 离子光学 ion optics;
- 离子轰击 ion bombardment; ion bombarding;
- 离子轰击浸蚀 ion-bombardment etching;
- 离子化(作用) ionization; electrolytic dissociation;
- 离子化合物 {化} ionic compound;
- 离子回旋波 {等离子} ion cyclotron wave;
- 离子回旋共振加热 {等离子} ion cyclotron resonance heating;
- 离子回旋共振谱(法) ion cyclotron resonance spectroscopy;
- 离子回旋加速器 ion cyclotron;
- 离子回旋频率 {物} ion cyclotron frequency;
- 离子活度 ionic activity;
- 离子活度计 ionic-activity meter;
- 离子火箭 (发动机) {航空} ion rocket;
- 离子基 ion radical;
- 离子积 {化} ionic product; ion product;
- 离子激发发光 ionoluminescence;
- 离子激光器 {光} ion laser;
- 离子极化 ionic polarization;
- 离子极化率 ionic polarizability;
- 离子计 ionometer; iontoquantimeter;
- 离子计法 ion meter method;
- 离子计数管 ion counter;
- 离子继电器 gas-filled relay; ionic relay;
- 离子加工{工} ion machining;
- 离子加热{电子} ionic heating;
- 离子加热阴极 {电子} ionic-heated cathode;
- 离子加速器 {核} ion accelerator; ionic accelerator;
- 离子间距 interionic distance;
- 离子检测器 {分化} ion detector;
- 离子溅射泵 {工} getter pump; getter-ion pump; sputter-ion pump;
- 离子交联聚合物 Zetabon;
- 离子胶束 ionic micelle;
- 离子晶体 ionic crystal;
- 离子晶体半导体 ionic crystal semiconductor;
- 离子聚合物 ionomer;
- 离子聚焦 ion focusing;
- 离子聚束 ion bunch; ion bunching;
- 离子开关 ionic switch;
- 离子刻蚀 {半} ion etching;
- 离子空间晶格 ionic space lattice;
- 离子空气疗法 aeroionotherapy;
- 离子扩散 diffusion of ion;
- 离子离心机 ionic centrifuge;
- 离子离子碰撞 ion-ion collision;
- 离子理论 {化} ionic theory;
- 离子励磁 ionic excitation;
- 离子脉冲电离室 ion-pulse ionization chamber;
- 离子脉冲电离箱 ion pulse chamber;
- 离子密度 {物} ion concentration; ion density; ionic density;
- 离子膜 {化工} ionic membrane;
- 离子膜电解 electrolysis with ion-exchange film;
- 离子凝胶 {化} ionic gel;
- 离子凝聚限 ion limit;
- 离子浓度 ion concentration;
- 离子浓度测定仪 ion concentration gauge;
- 离子偶 ion-pair;
- 离子偶极 ion dipole;
- 离子偶极键 {化} ion-dipole bond;
- 离子排斥 {化} ion exclusion;
- 离子排斥色谱法 {分化} ion-exclusion chromatography;
- 离子配偶 ion pairing;
- 离子碰撞 ion collision;
- 离子碰撞解吸 ion impact desorption;
- 离子碰撞频率 collision frequency of ion;
- 离子漂移 {半} ion drift;
- 离子漂移法 ion drift technique;
- 离子平衡 {物化} ionic equilibrium;
- 离子谱 ionic spectrum;
- 离子谱法 {分化} ionography;
- 离子气体激光器 ion gas laser;
- 离子迁移 {电工} ionic migration;
- 离子迁移管 {化} transference tube;
- 离子迁移率 {物} ionic mobility (离子淌度);
- 离子枪 ion gun;
- 离子强度 {物化} ionic strength;
- 离子强度调节剂 ionic strength adjustor;
- 离子鞘 ion sheath;
- 离子三聚体 ion triplet;
- 离子散射分析 ion scattering analysis;
- 离子散射能谱 ion scattering spectroscopy;
- 离子色谱法 {化} chromatography of ions;
- 离子筛 ion sieve;
- 离子栅极说 ion grid theory;
- 离子伤 ion burning;
- 离子渗氮炉 ion-nitriding furnace;
- 离子渗透压 {化} ionic osmotic pressure;
- 离子渗析 ionodialysis;
- 离子声波 {等离子} ion acoustic wave; ion sound wave; pseudosonic wave;
- 离子声速 ion-acoustic velocity; ion sound speed;
- 离子声湍流 ion-sound turbulence;
- 离子蚀刻机 ion etching machine;
- 离子实 ion core;
- 离子势垒 {半} ion barrier;
- 离子收集极[器] ion collector;
- 离子水合(作用) ionic hydration;
- 离子速度 {化} ion velocity;
- 离子探测 ion detection;
- 离子探测器 ion detector;
- 离子探针 ion probe;
- 离子探针分析器 ion microprobe analyzer;
- 离子探针质谱计 ion probe mass spectrometer;
- 离子透入 penetration of ions;
- 离子透射法 ion transmission technique;
- 离子透射金相学 ion transmission metallography;
- 离子推进 {航空} ion propulsion;
- 离子推力室 ion thrustor;
- 离子拖带加速器 ion-drag accelerator;
- 离子微探针分析 ion microprobe analysis;
- 离子微探针分析法 ion microprobe analysis method;
- 离子微探针质谱仪 {工} ion microprobe mass spectrometer;
- 离子温度 {等离子} ion temperature;
- 离子雾 {化} ion-atmosphere;
- 离子吸泵 ion-sorption pump;
- 离子吸气泵 ion getter pump;
- 离子铣技术 ion milling process;
- 离子徙动 ion migration;
- 离子显微镜 ion microscope;
- 离子线 ion line; ionic line;
- 离子消除器 iontron;
- 离子选择电极 ion-selective electrode;
- 离子选择电极法 ion selective electrode method;
- 离子雪崩 {核} ion avalanche; avalanche;
- 离子压力计 ion gage;
- 离子扬声器 ionophone;
- 离子移变(作用) ionotropy;
- 离子移动 {医} phoresis;
- 离子引发聚合作用 {化} ionic polymerization;
- 离子荧光 ion fluorescence;
- 离子-原子碰撞 ion-atom collision;
- 离子源 ion gun; ion source; {电子} ionization source;
- 离子云 {地物} ion cloud;
- 离子运动模型 ion motion model;
- 离子载体 ionophore;
- 离子再生塔 ion regenerator;
- 离子噪声 ion noise;
- 离子折射 ionic refraction;
- 离子振荡 ion oscillation;
- 离子致双折射 ionic birefringence;
- 离子致折射 ionic refraction;
- 离子质谱仪 ion mass-spectrometer;
- 离子滞留作用{化工} ion retardation;
- 离子柱 {地物} ion column; meteor trail;
- 离子注入 {工} ion implantation;
- 离子注入掺杂 ion implantation doping;
- 离子注入工艺 ion implantation technology;
- 离子注入机 ion implantation apparatus;
- 离子注入技术 ion implantation technique;
- 离子注入器件 ion-implanted device;
- 离子专性电极 ion specific electrode;
- 离子状态 ionic condition;
- 离子灼伤 ion burns;
- 离子阻塞效应 ion blocking effect
离子的英语短语
离子键[物化]ionic bond;ionic linkage;iON Bond;electrovalent bond
离子泵[电子]ion pump;ionic pump;ionizationpump;ATPase
离子束ion cluster;FIB;HIPIB
两性离子amphion;zwitter ionic;amphoteric ion
阳离子[化学]cation;[化学]positive ion;CDP;CPAM
阴离子[化学]anion;posion;APAM
离子液体ionic liquid;RTIL;ILs;BMIM
离子通道[物化]ion channel;ionic channel;SACs;voltage-gated ion channel
锂离子Li-ion;LITHIUM ION CHROMATOGRAPHY STANDARD
离子的英文例句
形成这些气态离子的结果是什么呢?
What's the consequence of forming these gas ions?
它是个裸电子,是钠正离子。
It is a naked electron and is a sodium positive ion.
当你给电池充电时,电池里的液体会发生离子运动。
When you charge the battery, ions will flow through the liquid.
被称为离子的带电粒子沿着纳米线移动,导致它伸长、弯曲和摆动。
Charged particles called ions travel along the nanowire, causing it to stretch out in length and also bend and wiggle.
即使是元素状态为气体的氮,也通常作为硝酸根离子从土壤中被吸收。
Even nitrogen, which is a gas in its elemental state, is normally absorbed from the soil as nitrate ions.
石英是石英——由四个氧离子围绕的硅离子——200万年前的更新世石英和5亿年前的寒武纪石英之间没有任何区别。
Quartz is quartz—a silicon ion surrounded by four oxygen ions—there's no difference at all between two-million-year-old Pleistocene quartz and Cambrian quartz created over 500 million years ago.
它在强碱性溶液中形成阴离子有效期。
It forms anionic indates in strongly basic solutions.
紫外光谱与芳香族对苯二酚离子的光谱最相似。
The UV spectrum most resembled that of the aromatic tropylium ion.
磷酯酰肌醇二磷酸直接结合离子通道和调节它们的行为。
PIP2 binds directly to ion channels and modulates their activity.
探索两电极电压钳技术在非本征离子受体研究中的应用。
Explore the application of the two-electrode voltage-clamp technique in the studies of the extrinsic ionotropic receptor.
从奥尔特普图可以看出,阳离子在固态时呈重叠式构象。
The ORTEP diagram shows that the cation adopts an eclipsed conformation in the solid state.
2-降冰片基阳离子已经由多种降冰片烷衍生物和试剂制成。
The 2-norbornyl cation has been made from a variety of norbornane derivatives and reagents.
探索两电极电压钳技术在外源性促离子型受体表达研究中的应用。
Explore the application of the two-electrode voltage-clamp technique in the studies of the extrinsic ionotropic receptor expressed.
研究了有机酸在阴离子交换柱垫片组(日本岛津)上的作用机制。
The mechanism of organic acids on an anion exchange column Shim pack (Shimadzu, Japan) have been studied.
文章建立了用离子色谱法测定生物柴油中的甲酸、乙酸、丙酸的方法。
The paper introduced the method of determining the methanoic acid, ethanoic acid and propanoic acid in bio-diesels via ion chromatography.
锗形成了两性氧化物 GeO2和阴离子锗酸盐,如Mg2GeO4。
Germanium forms an amphoteric oxide GeO2 and anionic germanates, such as Mg2GeO4.
硝酸盐和水溶性有机氮随着去离子水的迁移而迁移,并增加了土壤的肥力。
Nitrate and water-soluble organic nitrogen were migrated with deionised water migrating and increased subsoil fertility.
水合壳在十二烷基苯磺酸钠(SDBS)头基与阳离子之间的相互作用中起着重要作用。
The hydration shell plays an important role in the interactions between the sodium dodecyl benzene sulfonate(SDBS) headgroup and the cation.
中离子碳烯类似于氮杂环碳烯。
Mesoionic carbenes are similar to N-heterocyclic carbenes.
前体离子扫描是指监测前体离子的特定损失。
Precursor ion scanning refers to monitoring for a specific loss from the precursor ion.
钙锌离子交换会影响锌离子与甘露糖醛酸片段的结合。
The ions exchange between calcium ions and zinc ions would influence the binding ability of zinc ion in D-mannuronic acid units.
离子负载的高价碘(iii)试剂是一种“功能化离子液体”。
The ion-supported hypervalent iodine(iii) reagent is a kind of "task-specific ionic liquids".
可以使用氢化物离子亲和力评估碳正离子和碳负离子的稳定性。
Carbocation and carbanion stabilities can be assessed using hydride ion affinities.
采用基于等离子体物理模型的时域有限差分法对其进行了研究。
It is investigated using finite difference time domain method based on Drude model.
采用单一的荷电纳滤膜是不能实现同名离子和反荷离子之间的高效分离的。
Good separation of co-ions and counter ions cannot be achieved by a single type of the singly charged NF membranes.
我们分别采用离子色谱法和氟离子选择电极法对茶叶中氟化物的含量进行测定。
We tested the quantity of fluoride in tea leaves by separately using fluorinion selective electrode and the ion chromatographys.
非离子型低渗造影剂碘佛醇能显著降低大鼠肾小球内皮细胞存活率,并呈剂量和时间依赖性。
The viability of rat glomerular endothelial cells was inhibited by ioversol in a concentration and time dependent manner.
对部分稀土离子参与下 LeuRS 催化的的氨酰化反应表观稳态动力学性质进行了研究。
The apparent steady state kinetics of the aminoacylation reaction catalyzed by LeuRS at the participation of some RE 3+ was studied.
用吸附了铬离子的针铁矿进行的二次吸附实验(条件同前)去除率达到80%左右,表明该针铁矿可以重复利用。
Re-adsorption under the conditions ibidem got the removal ratio 80% indicated that the material can be utilized for several times.
钙锌离子交换试验表明钙离子与锌离子在海藻酸古洛糖醛酸片段的离子交换会影响锌离子与甘露糖醛酸片段的结合。
The ions exchange between calcium ions and zinc ions in L-guluronic acid units would influence the binding ability of zinc ion in D-mannuronic acid units.
离子的原声例句
This cation is attracting the chloride next to it and it is repelling the sodium as the next nearest neighbor.
这一阳离子被邻近的氯离子所吸引,并排斥钠离子,因为这是其最邻近的离子。
I can then subsequently lose an electron from the lithium ion. Lithium ion loses an electron to become lithium 2plus.
然后我能在锂离子中,失去一个电子,锂离子失去一个电子,变为二价锂离子。
So the last thing I want to mention today is how we can think about electron configurations for ions.
今天我想提到的最后一件事,就是我们怎样考虑离子的,电子构型。
Because there are ions moving back and forth, there's a current that flows and there's a electrical potential that's generated.
由于离子的进进出出,就产生了电流流动,并且形成了电势差
He said that the percent ionic character, and this is within a bond, not for a compound, for a covalent bond.
他提到离子百分数,是指一根键中,并非一个分子中。
And, if you take all of these ideas, omnidirectional and unsaturated, it means that ions can keep glomming on.
如果你注意所有的想法,无方向性和不饱和性,意味着离子能够保持攫取状态。
In an aqueous solution, he passes electric current and causes silver ions to deposit and form metallic silver.
在水溶液中,他接通电流,这得银离子,沉淀,并形成金属银。
I can take you and immediately start designing batteries, because we need ions in motion, we need small ions in motion.
我可以从此让你快速起步设计电池,因为我们需要能运动的离子,我们需要能运动的小型离子。
Electron affinity is actually the ability of an atom, or we could also talk about an ion to gain electrons.
电子亲和能其实就是一个原子,或者我们也可以讨论离子获取电子的能力。
Negative 1 plus 0 should add up to negative 1, if in fact, we're correct for the c n anion.
负一加上零应该等于负一,如果是这样,我们对于氰离子的结果就是正确的。
So in the case of boron here, what we're starting with is the ion, and now we're going to pull one more electron out.
那么在硼的情况下,我们应该从这个离子开始,现在我们要再拿走一个电子。
And then, if we have time at the end, we'll introduce one last topic, which is isoelectronic atoms and ions.
最后,如果有时间的话,我们将再介绍最后一个主题:,等电子原子与离子。
So we're going to feel a higher z effective in the case of the ion compared to the neutral atom.
因此,我们在离子中,会比在中性原子中感受到更高的有效核电量。
I have shown that by taking Avogadro's number of individual ion pairs and putting them all together in a line, the system's energy became more negative.
我推导出了,从每一个离子对中抽出阿伏加德罗常数,再把它们放在一起在一列中,这个系统的能量就变得更负。
I think I had managed to get to this point here where I show what happens when the cation, here sodium, is in contact with the anion here, chlorine.
我想我能回到这儿,当阳离子,在这里是钠,和阴离子,氯离子接触会发生什么。
So, selenium 2 minus is what's going to be isoelectronic, because if you add two electrons to selenium, you'll get the same electron configuration that you have for krypton here.
负二价的硒离子将是等电子的,因为如果你给硒原子加上两个电子,你会得到,和氪原子相同的电子排布。
Not only did we figure out a way to describe how we quantify it, but we've also quantified how we tell the difference between covalent and ionic, and percent ionic character.
我们不仅想出了一个办法来描述,我们如何定量它,而且我们也定义,我们如何分辨共价性和离子性,以及离子百分数。
And this is really interesting to think about because you can imagine in our body we have concentrations of all types of ions, and specifically, some seem very, very similar to each other.
这是非常令人感兴趣的,因为大家可以想象一下,在我们的体内我们有,一定浓度的任何类型的离子,而且特别地,其中有一些非常非常地相似。
But look at the lattice energy, the Madelung energy component is huge which tells you that when ions form they really want to continue to glom onto one another and form that giant crystal.
看看晶格能,马德龙能很大,这告诉我们,当形成离子是,它们如果要继续的话,需要从另外一方夺取电子,形成巨大的晶体。
Well, we would have to H+ have one of these hydrogen atoms go to an H plus, * plus an electron, right? **H --> H+ + e-** So, now we have a hydrogen ion here.
我们先要让,一个氢原子变成氢离子,加上一个电子,对么*,我们现在有一个氢离子了。
And all ion channels are selective for a single type of ion, and we can think about how that selectivity takes place, and that's where this idea of atomic radius is going to become very important.
所有的离子通道都是仅对某一种离子具有选择性的,而我们可以来想一想这种选择性是如何发生的,这也就是原子半径这个概念将会变得,非常重要的地方。
And, that's given by the balance between the attractive force of the ions offset by the repulsive force in the electronic shells.
而那是由,在离子的电子层之间的,引力和斥力相互抵消得到的。
So, the sodium over here and the chlorine over here, they will be attracted to one another.
当钠离子和氯离子在一块时,它们会相互吸引。
If instead we had a positive ion, a cation, what we would have to do is subtract 1.
如果我们有一个带正电的离子,一个正离子,那我们就需要再减去一个。
The ones that are most important in physiology are ones that only allow ions to go through: sodium, potassium, chloride, calcium, bicarbonate.
在生理学上这种,只能允许某种离子通过的通道十分重要,这些离子包括钠离子,钾离子,氯离子,钙离子和碳酸氢根离子
So now, let's get a sodium here, and the chloride ion next to it to the point where they are touching.
所以,我们要有一个钠离子,和氯离子放在,相互接触的一个点上。
But, can you see that as you get really close together the negative electronic cloud surrounding the two ions start to sense one another.
然后当你真的让它们,离得很近时,这两个离子周围的负电子云能感应到对方。
So, basically any time we have a really high positive number of electron affinity, it means that that atom or ion really wants to gain another electron, and it will be very stable and happy if it does so.
因此,基本上无论什么时候,只要我们有一个很大的正的电子亲和能,这就意味着这个原子,或离子非常希望得到一个电子,如果它得到了,会变得更稳定更开心。
And actually, a question that might come up, I just explained, the sodium channel, you might say, well, how do potassium channels work then, because I can understand how you can filter something big out, but how do you filter out something small.
实际上,可能大家会问一个问题,我刚解释过,钠离子通道,你可以说,好吧,那么钾离子通道该如何起作用呢,因为我可以理解你是如何把大东西过滤掉的,但是你如何把小东西过滤掉呢?
Remember in the ion, we're going to have less electrons around to counteract the pull from the nucleus.
还记得在这个离子中,在原子核周围,抵消它吸引力的电子更少。
离子的网络释义
离子 离子是指原子或原子基团失去或得到一个或几个电子而形成的带电荷的粒子。这一过程称为电离。电离过程所需或放出的能量称为电离能。 在化学反应中,金属元素原子失去最外层电子,非金属原子得到电子,从而使参加反应的原子或原子团带上电荷。带电荷的原子叫做离子,带正电荷的原子叫做阳离子,带负电荷的原子叫做阴离子。阴、阳离子由于静电作用而形成不带电性的化合物。 与分子、原子一样,离子也是构成物质的基本粒子。如氯化钠就是由氯离子和钠离子构成的。
以上关于离子的英语翻译来自英汉大词典,希望对您学习离子的英语有帮助。