- 更多网络例句与增强物相关的网络例句 [注：此内容来源于网络，仅供参考]
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However, as Brophy (1981) points out, trying to use praise as a systematic reinforcer in a classroom setting is impractical.
然而，当 Brophy （1981）指出，尝试去使用赞美在教室的背景中作为一种有计划性的增强物是不切实际的。
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Optimization of polyester condensation process and reactor design;2. The Structure Characters of the Sulfonated Condensation Polymer Series High Performance;3. The pH value of the solution was adjusted,and the co- condensation reaction was taken place between the hydroxy groups forming transparent organic-inorganic hybrid films on polycarbonate.
以甲基丙烯酰氧基丙基三甲氧基硅烷(KH-570)水解聚合产物作为主要成膜物质，引入正硅酸乙酯水解产物硅溶胶作为无机增强物，调节两种混合溶液pH值，利用两者羟基之间的共缩聚反应在聚碳酸酯板表面制备有机/无机复合透明耐磨薄膜；采用TG/DTA、FT-IR、SEM及UV-V IS对成膜过程、薄膜性能与结构进行表征。
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Researchers point out that at best praise is a weak reinforcer.
研究者指出最佳的赞美是一种微弱的增强物。
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Results Low-and high-dose 95% and 50% ethanol extracts and Jiannao Capsule group could improve the learning and memory ability of the Wistar rats, markedly enhance cerebral SOD activities and decrease the levels of MDA, and improved the suppressed activity of the hydroxyl free radical. Of them, high-dose 50% ethanol extracts exhibited the best effect. Conclusion The main effective extracts from Valeriana amurensis Smir.
结果 黑水缬草95%乙醇粗提物低、高剂量组，50%乙醇洗脱物低、高剂量组，中药对照健脑胶囊组均可增强模型大鼠的学习记忆能力，SOD活力显著增加，MDA含量降低，抑制羟自由基能力增强，尤以50%乙醇洗脱物高剂量组效果最佳。
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According to Johnson's Rule and IR spectra, their possible structures are suggested. The bonding parameters of those complexes are calculated by ESR parameters. And the crystal field parameters are calculated by using electronic spectral data. It can be seen that the vanadyl complexes in the solution are ionic complexes and that the α〓 values of those complexes decrease following the increasing of the N donor replacing the O donor of water on the equatorial plane in those complexes. This means that the covalent bonding between vanadium and ligand increases as Ser, Phen or Bipy replace water ligands. The results show the competitive coordinate law that the coordination reactivity of Phen and Bipy is much stronger than that of Ser. The simulation program of ESR is compiled by the theory of ESR in the present work.
测定了VO-丝氨酸二元体系、VO-丝氨酸-邻菲咯啉三元体系和VO-丝氨酸联吡啶三元体系在不同酸度下（pH=1.0～14.0）的乙二醇／水（V／V=1：1）溶液低温ESR谱，发现不同pH下，溶液中具有不同组成的配合物，根据不同pH下ESR谱的变化，利用Johnson的加合规则并结合红外光谱，推测了它们在溶液中的可能结构；利用波谱参数计算了配合物键参数；利用电子光谱数据计算了配合物的晶体场参数，讨沦了它们的成配特性，结果表明：VO配合物属离子型配合物，随取代水分子的配体（Ser、Phen或Bipy）数目增加，键参数减小，配合物共价性增强，同时得出这些体系中，生物配体竞争配位规律：Phen和Bipy与VO的配位能力比Ser强。
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The sizes of the self-assembly micelles of the amphiphilic block copolymers and the effects werestudied by dynamic light scattering and UV-visible spectrophotometer. The micelle sizes werelargely influenced bythe hydrophobic chain content in the copolymer, the properties of the solvent and the copolymer concentration in the organic phase. The morphology of the micelles was investigated by transmission electron microscopy. Theresults showed that the micelles appeared spheres with inner core and outer shell. The critical association concentrations were determined by pyrene monomer fluorescence probe technology. The degradability of copolymer was studied by the loss of the intrinsic viscosity in the degradation process. The results indicated that the degradation rate of PECL was slower thanthat of PELLA and PEDLLA. The stability of the copolymer micelle dispersion was examined by measuring the critical flocculation concentration, which gradually decreased with increasing the content of thehydrophobic chain in the copolymer. The rheological results showed thatthe viscosity ofthe micelle dispersion with higher content of PEG segments was firstly decreased and then increased with the increasingthe temperature. Otherwise, the variation of viscosity was irregular. The viscosity of the micelle dispersion increased with the increase of the electrolyte (Na 2SO 4) concentrations. Polymer micelles paclitaxel was prepared by self-emulsification/solvent evaporation method and solid dispersion technique with amphiphilic block polymers as the carrier material.
运用动态光散射和紫外分光光度计研究了两亲性嵌段共聚物自组装胶束的粒径及其影响因素，结果表明，自组装胶束的形成机理受制备方式的控制，胶束的粒径随着共聚物相对分子质量或疏水嵌段相对分子质量和有机相中共聚物浓度的增大而增大，随着有机溶剂的水溶性的增强而减小；采用透射电镜观察胶束的形态结构，发现胶束呈具有核壳结构的均匀球形；采用芘荧光探针法测两亲性嵌段共聚物的临界聚集浓度；通过降解过程中共聚物特性粘度的变化研究两亲性共聚物的降解性能，发现与PELLA和PEDLLA的相比，PECL 降解速率较慢；随着共聚物中疏水嵌段含量的增大，纳米分散液的稳定性逐渐下降；PEG含量高的PEDLLA纳米分散液随着温度的升高，纳米分散液的粘度先下降然后增大，反之，没有规律性，且随着电解质Na 2SO 4浓度的增大，体系粘度增大。
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Do not provide any reinforcement while emphasizing the material satisfaction. Reinforcement exchange system should balance the short-term feedback and the long-term procrastinated feedback.
在提供增强物的同时不能太过於强调物质的满足，增强物兑换系统则应兼顾到短期回馈与长期的延迟回馈。
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For the second part, the damping behavior of Mg matrix composite was studied. It is found that the graphite fiber achieves better damping capacity than other reinforcements. The phase transformation happened in the Mg matrix can improve damping capacity and with the increase of reinforcement damping capacity can also be improved at high temperature.
其次，对镁基复合材料的阻尼行为的研究，发现石墨纤维比其它增强物具有更好的阻尼效果，基体镁合金的相变过程能提高复合材料的阻尼性能，增加增强物含量能增加复合材料的阻尼且高温下的效果更好。
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Three rosin soap liquid/polyamide complexes (H1,H2,H3) with different ratios were prepared and the effects of their application in papermaking from a recycled pulp were investigated.
结果表明：复合物在近中性抄纸条件下具有较好的施胶和纸力增强效果，且对碳酸钙的留着率影响不大；复合物的施胶效果和纸力增强效果与复合物的配比和添加量有关，通过选择不同配比的复合物和控制添加量，能同时达到提高纸力效果和施胶效果的目的。
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The results show that the as-synthesized chalcone-containing copolymers are a kind of thermosensitive polymer with a lower critic solution temperature and the LCST of the copolymer decreases with the increase of the chalcone content in the copolymer. With the increase of the solvent polarity, both the maximum absorption wavelength and the fluorescence emitting wavelength of the chalcone-containing copolymers redshifts, and the intensity of fluorescence first increases, then decreases, which exhibits solvent polarity sensitive fluorescence properties.
结果表明，侧链查尔酮共聚物是一类具有低临界溶解温度的温敏性聚合物，其LCST温度随着共聚物中查尔酮含量的增加而降低；随着溶剂极性的增加，侧链查尔酮共聚物的紫外-可见最大吸收波长红移，其荧光发光波长红移并且发光强度先增强后降低，具有溶剂极性敏感的荧光特性；同时对比侧链查尔酮共聚物水溶液低温和高温下的荧光，发现低温下几乎无荧光，高温下其荧光得到明显增强，其荧光具有可逆的温度&开/关&特性。
- 更多网络解释与增强物相关的网络解释 [注：此内容来源于网络，仅供参考]
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operant conditioning：操作制约
他从远古以来驯兽师所采用的方法得到灵感,演变出了"操作制约"(operant conditioning)这个概念. 它的原理原则非常地简单而解释力非常地强. 因此,一直到今天研究者还在用它,受它的影响. 它主要的概念就是"增强物"(reinforcement).
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Functional Analysis：功能性分析
研究结果显示经由功能性分析(functional analysis),检测出二位受试的拔毛发行为均可能属於感官增强功能,并进一步的透过感官遮蔽评量,确认出拔毛发行为触觉感官的特定感官型态;而在针对触觉型态的刺激偏好增强物评量中,
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incretion：内泌物
增强期 increment stage | 内泌物 incretion | 内泌病诊断法 incretodiagnosis
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inhibitor：抑制物
最后要说明许多的食物成份会相互影响吸收:增强(enhancer)和抑制物(inhibitor). 增加物指的是同时食用可以增加铁质的吸收,例如维生素C;而若是和抑制物同时食用会与铁质互相竞争吸收,例如钙质和许多植物所含植酸(phytate)会与铁质结合,
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potentiation：增强作用
如果一种物质本身无毒性,但与另一有毒物质同时存在时可使该危害物的毒性增加,这种作用称为增强作用(potentiation). 例如异丙醇对肝脏无毒性作用,但可明显增强四氯化碳的肝脏毒性作用. 拮抗作用.
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reinforcement：增强
强化的含义: 强化/增强(reinforcement)原本来自通常所说的奖赏. 巴甫洛夫首先应用了强化概念. 他称一切使行为得到加强的事件为强化,一切由它引起的变化为条件作用(conditioning).在巴甫洛夫的实验中,强化物与刺激物相联系(同一),
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reinforcer：增强物
PECS强调自闭症学童与人沟通的自发性,它以结构化(structured)的环境、程序和教材协助自闭症儿童学习主动与人沟通;借着增强物(reinforcer),循序渐进的阶段(Phases)、图像(pictures)和句子尺(sentence strip),让自闭症儿童建立实用的沟通技巧.
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sustenance; sustentation; sastention：支持物;食物;粮食;营养物
sustaining 滋补的;增强体力的(食物) | sustenance; sustentation; sastention 支持物;食物;粮食;营养物 | sutki 淡干鱼
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Tasteful Scripts：情趣物语
增强学习兴趣,使你在丰富自我、开阔视野的同时,掌握学习技巧,全面提升英语听力、口语和阅读能力,每篇都注有语音讲解,而且潜词造句十分地道, 包括诗情无限(poetic romance)、电影沙龙(movie salon)、情趣物语 (tasteful scripts)、创意无限(inn
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fortifying agent：增强剂,强化剂
fortifier强物剂,增强剂 | fortify强化,增强 | fortifying agent增强剂,强化剂