交环

词组短语

intersection ring

与交环相关的网络例句 [注：此内容来源于网络，仅供参考]

Ward start the flame, the top magic shield, feathers are hanging, reading goats, sheep被灭continue to run 30 yards or so, reading a few lines Austrian red shield to offset some of the sheep again, slow down, read the two Austrian red, spring screen, Austrian red shells and then by means of screen attack, fire red hair do not, the minister will use a shield, Prayer, recovery, and other means to disperse back to their own blood, if the drive time out slow heart perfusion burst open like Shenhuo, came as far as possible range, I chose the first round of the outbreak is a rapid-fire, the ice ring, the strong Austrian missile barrage, gas will be the order of silence during this period depends on啥时候pay the rhythm of the fighting and the opponent's blood, and good luck capable of seconds, seconds, then the minister can not read should be treated, because the silence had to pay, this time I chose to hang a slowdown, flash out, disappear, eat and drink immediately, in the pastor you into combat before I can eat 4,5 At that time Master of the blood should be very little anti-shield, and the minister should also be tight blue, my way is to drag a silent shield up to prevent interrupt Shadow Magic, rub-bing ring side of silence, and then wake-up call, time over 8 seconds, then the victory in sight.

开局火焰结界，顶级魔法盾，羽毛都挂上，读羊，被灭继续羊，跑到30码左右，读个奥冲抵消一些真言盾再羊，减速，读两个奥冲，弹幕，然后以奥冲弹幕等手段攻击，火冲吹风不用，牧师会用盾，祷言，恢复，和驱散等手段给自己回血，如果驱掉减速开灌注读心爆神火之类的，尽量闪出射程，我选择的第一轮爆发是出速射了，冰环，开奥强飞弹，弹幕，气定这个顺序，这期间啥时候交沉默要看战斗的节奏和对手的血量了，运气好了能秒，秒不了的话牧师应该会读治疗了，因为沉默交过了，这时候我选择挂个减速，闪现出去，消失，马上吃喝，在牧师把你拉进战斗前能吃4，5口，这时候法师的血也应该被盾反弄得没多少了，而牧师的蓝也应该吃紧，我的方法是拖到下一个沉默，撑盾防止暗影魔打断，擦边冰环沉默，然后唤醒，8秒读满，则胜利在望。

Every homomrphic image of a noncommutative ring is a noncommutative ring .

非交环的同态像为非交换环。

Therefore esterification crosslinked reactionbetween polyearboxylic acid and wood can be quantitatively determined.According toexperiment results of stereoscopic configuration choices by crosslinking agents,crosslinkingreaction between model of reaction intermediate and wood,and the intermediate characteristic incrosslinking reaction,crosslinking reaction intermediate was proofed.We can infercrosslinking reactions between polycarboxylicacid and wood want through a mechanism of twosteps reaction process,the first cyclic anhydrides were formed as intermediates by dehydratingbetween hydroxyls in polycarboxylic acids,second esters were occurred by substitution reactionbetween wood hydroxyls and cyclic anhydrides.

从而可全面定量表征木材与多元羧酸类化合物的酯化交联反应；依据交联剂立体构型选择性、反应中间体模型物与木材的交联反应和交联反应中间体的波谱特征实验结果，证实了交联反应中间体，因此可以推测：多元羧酸类化合物与木材化学组分的交联反应是经历两步反应的机理，首先多元羧酸中相邻羧基的羟基之间脱水形成五元环酸酐中间体，然后木材的羟基与酸酐发生亲核取代反应形成酯。

In the three systems, system realizes the crosslinking of PVC bases on the peroxide crosslinking mechanism, the tensile strength of crosslinked PVC has been improved somewhat, the IR spectrum of gel demonstrates that there are characteristic absorption peaks of n-alcohol that belongs to ethanol amine and benzenoid group. From the analysis of gel structure , deduces that the mechanism of crosslinking reaction: under the initiations of peroxide and high temperature, PVC yields macromolecules free radicals, at the same time , styrene"s polymerization and grafting onto PVC takes place, at last the system forms crosslinking structure through coupling between radicals; confirms that triethanol amine can absorb HC1 produced by degradation of PVC, so improves the crosslinking efficiency of peroxide, decreases the HCl"s promotion for PVC"s degradation; deduces that triethanol amine can activate the PVC macromolecules and prolong the free radicals" life-time of PVC macromolecules; the effect to the PVC macromolecule makes styrenes graft reaction easy, and thus improves the crosslinking efficiency.

三种体系中三乙醇胺/过氧化二异丙苯/苯乙烯体系基于过氧化物交联机理实现了聚氯乙烯的交联，聚氯乙烯交联后拉伸强度有一定提高，凝胶红外光谱分析证实了凝胶结构中含有乙醇胺的伯醇基团特征吸收和苯环的特征吸收，由凝胶结构分析，推断出交联反应的机理：聚氯乙烯在过氧化物和热作用下产生大分子自由基，苯乙烯在过氧化物和大分子自由基的作用下发生聚合和接枝反应，最终通过自由基之间的偶合产生交联；证实三乙醇胺可以吸收聚氯乙烯分解产生的HCl，提高了过氧化物的交联效率，消弱了HCl对聚氯乙烯降解的促进作用；推断三乙醇胺可以活化聚氯乙烯大分子并有可能使聚氯乙烯大分子自由基存在的时间得以延长，对聚氯乙烯大分子的作用使苯乙烯的接枝反应易于发生，从而提高了交联效率。

The design, synthesis of crosslinked poly-salenCo complexes and their application in the HKR of terminal epoxides Di-salicylaldehydcs and tri-salicylaldchydes S-3, S-4, S-5 were synthesized from some easily prepared acids. The crosslinked polymeric ligands could be prepared by condensation of -1, 2-cyclohexanediamine stoichiometrically with a mixture of S-3 and S-4 in different proportions, polymeric catalysts were obtained by inserting the Co atoms to the ligands.

四 交联poly-salenCo络合物的设计合成及其在末端环氧化合物的HKR中的应用以几种易得的羧酸为骨架，设计合成出了相应的双水杨醛和三水杨醛S-3、S-4、S-5，将双水杨醛S-3和三水杨醛S-4按不同比例混合后再与手性环己二胺缩合制备出交联聚合物配体，该配体与Co络合后得到交联聚合物催化剂。

This dissertation successfully fabricated cross-linked polysiloxanes under base catalysts such as potassium hydroxide siloxanolate or tetramethylammonium hydroxide (Me_4NOH) siloxanolate by anionic ring-opening copolymerization of cyclosiloxanes and Polyhedral Oligomeric Silsesquioxanes as multifunctional monomers.

本论文首次通过阴离子开环共聚，成功地将POSS大分子作为多官能团单体，与环硅氧烷在KOH硅醇盐或Me_4NOH硅醇盐等碱性催化剂的作用下，直接合成交联聚硅氧烷：通过调节POSS大分子和环硅氧烷单体的种类以及化学计量比，可合成出一系列不同种类和不同交联密度的交联聚硅氧烷；并对其阴离子开环共聚机理以及极性调节剂DMAc对凝胶时间的影响进行了详细讨论；同时借以凝胶含量和溶胀比、GPC、FT-IR、固体~(13)C和~(29)Si NMR、WAXD、DSC以及TG等手段对所得聚合物的微观结构以及热性能进行了详细考察。

The viscosities which change with the temperature,the transmittancy and the temperature resistance of the samples were studied.

采用环氧氯丙烷作为交联剂，对纤维素原料和羧甲基纤维素成品进行交联改性，采用两种不同的反应途径制备交联改性的CMC产品，通过对各自产品粘度随温度的变化以及透光度、耐温性的研究，发现先羧甲基化后交联的产品的性能更为优异。

Respectively, glutamic acid derivatized β-CD has been synthesized with epoxy chloropropane as the intermediate, a water-insoluble yellow liquid was got after the acetylating of the by using acetic anhydride, which was used as a novel gas chromatographic CSP; A water-soluble β-CD polymer cross-linked with epoxy chloropropane has been synthesized, and the derivatives of β-CD polymer were synthesized by its alkylating and acetylating. The different β-CD derivatives were coated on silica capillary columns by dynamic method, the chromatographic properties and retention behaviors of the fused silica capillary columns were studied, the results showed that the β-CD derivatives had good stereoselectivity and separation results to some compounds, especially to various positional isomers and enantiomers.

本文还分别以环氧氯丙烷为中间体，合成了七{2，6-二-O-[3-(1，3-二羟基丙氨酸)]}-β-环糊精，再用醋酸酐将其乙酰化，得到了一种淡黄色粘稠液体，合成了一种新型的环糊精衍生物；以环氧氯丙烷作交联剂合成了一种水溶性的β-环糊精聚合物，再将其烷基化和酰基化，合成了β-环糊精聚合物的不同衍生物，用动态法将不同类型的β-环糊精衍生物涂渍在石英毛细管柱上，通过对所制备柱柱性能的测试和对一系列化合物的分离和保留行为的研究，结果表明所合成的β-环糊精衍生物对各类化合物，特别是对位置异构体和对映异构体具有较好的分离效果，显示了很强的立体选择性。

Its high-capacity and strong-acid-resistance were proved. In the acid condition, the adsorption efficiency to acide green 6B and direct fast yellow RL reached above 90%. Through the adsorption rate curve on adsorption behavior of the three dyes, they were all according with pseudo-secondary adsorption rate curve. The rate constant of adsorption increased with increasing temperature. Through the adsorption isotherm of the three dyes, acide green 6B and direct fast yellow RL were according with Langmuir equation, while disperse blue 56 was according with Freundlich equation. The adsorption behavior was an endothermic process. Entropy was increasing during the adsorption. So raising temperature was in favor of adsorption.

结果表明，甲醛环氧氯丙烷交联壳聚糖对染料具有较强的吸附性能和耐酸性能，在酸性条件下，对酸性绿6B和直接耐晒黄RL的吸附效率达90％以上；拟合甲醛环氧氯丙烷交联壳聚糖对三种染料的吸附速率曲线，发现该吸附行为符合拟二级吸附速率曲线，其吸附速率常数随温度的升高而增大；通过测定不同温度下甲醛环氧氯丙烷交联壳聚糖吸附三种染料的吸附等温线表明，甲醛环氧氯丙烷交联壳聚糖对酸性绿6B和直接耐晒黄RL的吸附符合Langmuir方程，而对分散蓝56的吸附符合Freundlich方程，甲醛环氧氯丙烷交联壳聚糖对染料的吸附是一个吸热过程，吸附后体系熵增加，升温有利于吸附。

Then, making use of the concept of eigenstate of polarization , the Jone's matrices of the coupler and the fiber are discussed in order to study the polarization state of the light in the resonator ring. The situation can be distributed into three kinds, two ESOPs are orthogonal, not orthogonal and only one ESOP exits, and each coincides to the special quality of the components in the ring.

其次借助偏振特征状态概念对偏振环中的光束偏振状态进行研究，从耦合器和光纤的琼斯矩阵着手，推导出表达偏振特性的公式，再将偏振情况分为三类，分别是两ESOP正交、不正交和只有一个ESOP，每一种情况都与组成光纤环的元件实际的性能相符。

与交环相关的网络解释 [注：此内容来源于网络，仅供参考]

pseudocopulation; amplexus; amplexation：假交合

伪视锥眼 pseudocone eye | 假交合 pseudocopulation; amplexus; amplexation | 峭壁环尾蜥 Pseudocordylus microlepidotus ; Crag Lizard; Cape CragLizard; Leathery Crag Lizard

commutative ring：可[交]换环

如果有两种运算,一种叫加法 ,满足交换率和结合率,一种叫乘法,满足结合率,它们之间满足分配率,这种丰富一点 的结构叫做环(Ring),如果环上的乘法满足交换率,就叫可交换环(Commutative Ring).

Finite commutative ring：有限交环

互动关系:Commutative relation | 有限交环:Finite commutative ring | 交换半群:Commutative semigroups

tied expansion joint：带交杆收缩节

从平衡收缩节(中增强环)self-equalizing expansion joint | 带交杆收缩节 tied expansion joint | 万向型膨胀节 universal type expansion joint

handle of the second kind：交*套

handle 环柄 | handle of the second kind 交*套 | handlebody 环柄体

intersection number：交数

相交重数 intersection multiplicity | 交数 intersection number | 交环 intersection ring

self intersection number：自交数

self dual group 自对偶群 | self intersection number 自交数 | self loop 自身环

intersection ring：交环

交数 intersection number | 交环 intersection ring | 相交定理 intersection theorems

oblique trajectories：斜交轨迹

斜环索线 oblique strophoid | 斜交轨迹 oblique trajectories | 斜三角形 oblique triangle

catenane：交环烷

catelectrode 阴极 | catenane 交环烷 | catenation 成链现象;成链性