Synthesis of Nanometer Thermal Sensitive Ceramic Material BaTiO_3

1、

The results indicated that the contribution rate of thermal and moisture sensibility comfort, tactile sensibility and pressure sensibility to the entire comfort perception are 33.695%, 29.114% and 17.011% respectively. Ten descriptive terms for perception are presented.

结果表明：热湿舒适因子、接触舒适因子、压力舒适因子对感觉舒适性的贡献率分别为33.695%、29.114%、17.011%，它们包含了10项感觉描述语；

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2、

The change of thermal thawing sensibility corresponds to the changes of seasonally freezing and thawing process.

冻土热融蚀敏感性变化也与冻融过程的变化相一致。

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3、

Thermal Stress Sensibility for Construction Scheme of Impervious Face-slab of RCC Dam

碾压混凝土坝防渗面板施工方案温度应力敏感性研究

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4、

In this thesis, based on PMV-index which is used to evaluate indoor thermal comfortable degree, a mathematic model is proposed to evaluate outdoor thermal comfortable sense of human body.

本文根据室内热舒适指标PMV，建立了评价户外热舒适的数学模型；

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5、

As a subject of thermal perception, people have a conformable standard of thermal sense for either indoor environment or outdoor.

人作为热感受主体，其自身热感觉标准不论是在室内还是室外都是一致的。

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6、

Special vest as heat sinking for medical garment: thermal performance and effect of adjusting thermal comfort sense

医用降温服热性能与应用效果研究

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7、

In this paper, consulting the correlation information and the evaluation criterion about the thermal comfortable sense, the circumstances parameter that satisfy the thermal comfortable sense in the microbus is ascertained.

对于微型面包车的热舒适性评价问题，本文结合国内外的相关资料和有关热舒适性的评价标准，提出了符合重庆市实际情况的微型面包车车室内热舒适环境参数。

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8、

A brief description of the elementary scattering theory of the interaction between the thermal neutrons and the condensed matter is given and the characteristics related to the experimental method of the thermal neutrons inelastic scattering is described.

本文扼要地叙述了热中子与凝聚态物质相互作用的基本散射理论，说明了热中子非弹性散射实验方法的特点。

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9、

Generally, the confinement effect obtained through multiple interfaces, which is considered as grain boundary, can effectively reduce the propagation of phonons in all directions. Meanwhile, the interface effect is usually used to reduce the thermal conductivity by phonon scattering.

限域效应是通过多个界面（这里可以看作晶界）来实现的，可以有效地降低声子在某些方向的传播从而降低热导率，界面效应对声子散射也通常用来降低热导率。

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10、

Thermal Wave Multiple Scattering by Subsurface Cylinders

亚表面圆柱体对热波的多重散射问题

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11、

Competition between Stimulated Thermal and Brillouin Scattering and Its Phase Conjugation Characteristic

受激热散射与布里渊散射的竞争及其共轭特性

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12、

Thermal neutron inelastic scattering and its application to the material science

热中子非弹性散射及其在材料科学中的应用

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13、

Based on non-Fouriers law of heat conduction, by using the expansion method of wave functions, the thermal wave scattering by subsurface cylinders in the opaque body is investigated.

基于非傅里叶热传导定律，采用波函数展开法，研究了含圆柱缺陷非透明体中热波散射问题。

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14、

Under weaker pumping conditions stimulated thermal Rayleigh scattering would loss weaker phase information in original wavefront as same as stimulated Brillouin scattering did due to threshold effect;

由于阈值效应，弱抽运时受激热瑞利散射与受激布里渊散射一样将丢失原始波前中较弱的相位信息；

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15、

Thermal neutron scattering on Fe based amorphous invar alloys

铁基非晶态因瓦合金的热中子散射研究

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16、

Experimental study of stimulated thermal Rayleigh scattering in liquids

液体中的受激热瑞利散射实验研究

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17、

Thermal wave scattering of two cylinders in the semi-infinite body

半无限体内双圆柱亚表面热波散射问题的研究

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18、

Calculation of the thermal neutron scattering law using the method of Fourier transform

用傅立叶变换方法计算热中子散射律

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19、

Present condition and prospects of thermal neutron scattering work in China

我国的热中子散射工作现况和展望

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20、

Phase Conjugation by Stimulated Thermal Scattering

受激热散射相位共轭

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