- 更多网络例句与使中和相关的网络例句 [注：此内容来源于网络，仅供参考]
-
In the research of prescription, through the experiments we knew the influence from the Nb_2O_5 or Y_2O_3 single donor doped on high-temperature PTC ceramic, and got the curve graph drawing the resistivity and mixing quantity. In order to restrain lead volatilize and mix the rang of donors to neutralization the harmful acceptor impurity in raw materials, adopt the prescription design of Nb_2O_5 and Y_2O_3 double donors-doped. From the result, we know that regulation proportion of Nb , Y double donors, can make high-temperature PTC ceramics semiconducting, the pottery demonstrates good electric performance.
为了能够更有效的抑制铅挥发，并且使掺杂范围能够更好的调节，以"中和"原材料中的有害受主杂质，在配方设计中采用了Nb_2O_5和Y_2O_3双施主掺杂的配方，由结果可知，适当的调节Nb、Y双施主掺杂总量及Nb、Y掺杂比例，可以使高温PTC陶瓷充分的半导化，陶瓷表现出良好的电性能。
-
The results were as follows.(1) In the backward handspring, the trajectory of CM and horizontal velocity of CM in junior-high and college gymnasts were lower and higher than those of senior-high gymnast, so the vertical velocity is better when they perform tucked backward somersault. College gymnast has higher vertical velocity than junior-high and senior-high gymnasts in take-off moment of backward handspring phase.(2) Senior-high and college gymnasts have more elbow and shoulder angle in take-off moment of backward handspring and tucked backward somersault phase. Therefore, angle of both arm is bigger for performing in hand push away phase in the backward handspring, and increased the reaction force with body in the tucked backward handspring.(3) College gymnast has large knee flexions in hand support and push away moment in the backward handspring, it would increase rotation radius and better moments of inertia in the backward handspring.
结果显示：在后手翻阶段中，较低的重心轨迹和较高的水平速，有於后续空翻的垂直速；大专选手在后手翻阶段起跳瞬间有较高的垂直速；高中及大专选手在后手翻起跳脚地瞬间和团身后空翻起跳脚地瞬间时，肘、肩关节角皆大於国中选手，使其在后手翻起跳地瞬间时，双臂的伸展於后手翻的手推地面的动作，而团身后空翻起跳脚地时，双臂向上摆於身体向上伸展方向的掌握，并使重心有一定的腾空高；大专选手在后手翻阶段的手著地瞬间和手地瞬间的膝关节角较大於高中和国中选手，使其可增加身体的旋转半径，并能获得较佳的下摆动能，而膝关节角小则形成屈膝的动作，导致重心水平速低，减少下摆动能和影响整体动作的节奏和韵。
-
Its steps include these:(1) purification of WPA;(2) neutralization reaction between purified WPA and sodium carbonate for the salt mixture of disodium hydrogen phosphate and monometallic sodium orthophosphate;(3) adjustment of the mixture's neutralizing degree with additive acid or alkali;(4) quick separation of crystal with additive organic solvent under continue stir;(5) polymerization of crystal under the high temperature for the high quality product of STPP.
其步骤为：(1)湿法磷酸净化；(2)净化后的磷酸与碳酸钠中和反应生成磷酸一氢钠和磷酸二氢钠混合盐溶液；(3)用酸、碱调节确定该混合盐溶液的中和度；(4)加入有机溶剂，通过不断地搅拌使晶体快速析出；(5)晶体经高温聚合，生成高品质的三聚磷酸钠。
-
The product generating ions can setoff static electricity in the air.With the high air volume,it can achieve the desired results at a short period of time .
本产品产生离子中和空气中的静电，随着高风量使它能在更短时间达到理想的效果，铜质的外壳使它有美观感。
-
The result indicated that, gathers in advance the emulsion water resistance and mechanics performance which in the body preparation method the one-stage process obtains is good, but two steps obtain the emulsion stability is good; The neutralizaing agent triethylamine amount used should enable to achieve neutral between x-y, to gathers in advance the body disperser and the emulsion stability only then is advantageous; The water affinity chain extendor DMPA content to the emulsion viscosity, stable and the emulsion cellophane water resistance has the remarkable influence, its amount used general control between x-y; Hard section isocyanogen diethylene glycol dinitrate primary control paint film degree of hardness, module, anti-avulsion, wear-resisting and so on performance, the soft section low-molecular polymer polyols primary control paint film elasticity, hydrolisis performance and so on bears the low temperature and bears
结果表明，预聚体制备方法中一步法得到的乳液的耐水性和力学性能较好，而两步法得到的乳液的稳定性好；中和剂三乙胺的用量应使中和度达到x-y之间，对预聚体的分散和乳液的稳定性才有利；亲水扩链剂DMPA的含量对乳液的粘度、稳定性及乳液胶膜的耐水性有着显著的影响，其用量一般控制在x-y之间；硬段异氰酸酯主要控制涂膜的硬度、模量、抗撕裂、耐磨等性能，软段低聚物多元醇主要控制涂膜的弹性、耐低温和耐水解等性能
-
Then gel filtration, positive ion resin absorption and isoelectric deposition were applied for polysialic acid purification process. The purity of polysialic acid was above 90 % with neutralisation deposition method and the recovery yield of polysiac acid was 55.8%.
探讨了凝胶过滤法、阳离子树脂吸附法、中和沉淀法进一步纯化聚唾液酸的工艺，其中中和沉淀法可使聚唾液酸纯度达到91.5%，回收率为55.8%。
-
The anion has as follows 8 big benefit: Sterilize surpass the oxygen negative ion free radical but kill various pneogaster infectious disease bacterium; Dust removal makes air middle dust heavy getting together, suspension pellet the brute force is collected; Deodorization dislodges various the peculiar smell living , bad smell , improves a bag; Eliminate cigarette smoke fog , dust in wiping out air rapidly , completely eradicate the second-hand cigarette; The various deleterious chemistry volatilizes a gas , wipes out "the invisible killer " in getting rid of poison dislodging air; Work efficiency, removes health care rise becoming fagged , improve the heart-lung function, strengthen the human body immunocompetence; Improve the looks making an epithelium bring negative charge along , make germs lose the go at ability to the cell , keep skin glossy; Except that static electricity is positive static electricity in general in life, will be physically and mentally healthy to the human body bringing about hidden trouble, the anion has an effect to neutralize this static electricity.
负离子有如下8大好处：杀菌——超氧阴离子自由基可杀灭各种呼吸道传染病菌；除尘——使空气中尘埃聚沉，强力收集悬浮颗粒；除臭——去除各种生活异味、臭味，改善生活环境；消烟——快速消灭空气中的烟雾、尘埃，杜绝二手烟；去毒——去除空气中各种有毒化学挥发气体，消灭&隐形杀手&；保健——提高工效、消除疲劳，改善心肺功能，增强肌体免疫能力；美容——使上皮细胞带负电荷，使病菌失去对细胞的攻击能力，保持皮肤光滑；除静电——生活中一般为正的静电，会对人体身心健康带来隐患，负离子有效中和这种静电。
-
The paper analyses the unbalance condition of acid and alkali waste water treated by exchange resin of anion or cation in the waste water neutralization processing.
文章研究分析了在废水中和处理过程中，阴阳离子交换树脂再生排出的废酸水和废碱水不平衡状况，进一步改进废水中和处理系统，并采用动态中和操作法，使废水中和处理达到标准，提高废水回收使用率。
-
The technology of water washing can remove all above-mentioned harmful impurities except of P〓O〓 in crystal lattice. However, the feasibility of water washing technology may rely on the ability in investment as the initially required investment size is big. Also, this technology may cause a secondary pollution as the process generates large amount of waste water. Organic matters can be removed by a floating technology. Lime may be used as a neutralizing agent which transforms watersoluble P〓O〓, F〓 into salts of low solubility. Grinding can improve the crystal morphology and the gradings of PG. A combined technology of neutralization with grinding may have the advantages of both.
水洗可除去除共晶P〓O〓以外的所有杂质，但存在一次性投资大、工艺复杂、污水排放造成二次污染等问题；浮选可除去磷石膏中的有机物；石灰中和使有害态的可溶磷、氟转化为惰性的难溶盐；适当的球磨可有效改善磷石膏的颗粒形貌与级配；筛分可除去有害杂质含量特别高的部分，提高磷石膏品质；球磨与石灰中和结合的预处理工艺，既消除了主要有害杂质的影响，又改善了磷石膏颗粒结构与级配。
-
The neutralising site against which each monoclonal antibody acts can be deduced by identifying the sequence change in the mutant virus which allowed it to escape neutralization.
通过检测变异毒种上导致中和失败的核苷酸序列的改变推测使其逃脱各单克隆抗体中和反应的对应部位。
- 更多网络解释与使中和相关的网络解释 [注：此内容来源于网络，仅供参考]
-
avert v.1：挡开,避免,消除 2.转多(视线,注意力等)
facilitate: v.使变得更容易,促进,助长 | avert: v.1.挡开,避免,消除 2.转多(视线,注意力等) | neutralize: v.1.使中立化 2.使成为无效,抵削 3.(化)(电)使中和,使平衡
-
disrupt: v.1：使破裂,使分裂,使瓦解 2.扰乱,使中断
buttress: v.1.以扶壁加固(或支撑) 2.支持,支撑 | disrupt: v.1.使破裂,使分裂,使瓦解 2.扰乱,使中断 | neutralize: v.1.使中和,使平衡 2.抵消,使成为无效 3.使中立化
-
neutralise：使中立
neutralisationneutralization 中立状态 | neutralise 使中立 | neutraliseneutralizationneutralizingneutraliztionneutrialize 中和
-
neutralise：使中立/中和/消除
neutralisation /中立状态/ | neutralise /使中立/中和/消除/ | neutraliser /中性化器/
-
neutralize: v.1：使中和,使平衡 2.抵消,使成为无效 3.使中立化
disrupt: v.1.使破裂,使分裂,使瓦解 2.扰乱,使中断 | neutralize: v.1.使中和,使平衡 2.抵消,使成为无效 3.使中立化 | impair: 削弱,减少,损害
-
neutralize: v.1：使中立化 2.使成为无效,抵削 3.(化)(电)使中和,使平衡
avert: v.1.挡开,避免,消除 2.转多(视线,注意力等) | neutralize: v.1.使中立化 2.使成为无效,抵削 3.(化)(电)使中和,使平衡 | repress: v.1.抑制,约束 2.镇压,平息,制止
-
neutralizer：中和器
NaCl固体微粒通常藉由喷雾产生器(atomizer)(如图一所示),产生大小不同的水滴,再藉由调控水滴中含有不同质量浓度的NaCl,经过稀释乾燥后,产生固体NaCl微粒,之后再导入静电中和器(neutralizer),使测试微粒达到波兹曼平衡(Boltzmanneq
-
repress: v.1：抑制,约束 2.镇压,平息,制止
neutralize: v.1.使中立化 2.使成为无效,抵削 3.(化)(电)使中和,使平衡 | repress: v.1.抑制,约束 2.镇压,平息,制止 | nonplus: v.使迷惑,使为难,使狼狈不堪
-
disacidify：(使)中和酸 除酸
arc spectrograph 弧光摄谱仪 | disacidify (使)中和酸 除酸 | lumped model 集总模型
-
neutral zone：中和区
临床上常见的先天性眼球震颤多伴有代偿头位,使双眼处于右转或左转位,此时眼球震颤强度最轻或消失,借以提高视力,此位置称为静止眼位,又称中和区(neutral zone)或无眼震区(null zone),但另有一种先天性眼球震颤,