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Diopside crystals in fluosilicate glass-ceramics tend to lower thermal expansion coefficient, while richterite crystals in fluosilicate glass-ceramics tend to increase thermal expansion coefficient.The lowest thermal edpansion coefficient of K2O-MgO-SiO2-CaF2 fluosilicate glass-ceramics is 78.4×10-7(20-300℃), while the highest thermal expansion coefficient of this glass-ceramics is 85.6×
透辉石结晶相的含量增加使微晶玻璃的热膨胀系数降低，与此相反碱镁闪石结晶相的含量增加却使微晶玻璃的膨胀系数增加。K2O－MgO－SiO2－CaF2系统氟硅酸盐微晶玻璃的最小热膨胀系数为：78.4×10－7（20～300℃）；最大热膨胀系数为：85.6×10-7（20～300℃）。
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Results of XRD,SEM,and UV-Vis indicated that ZnS nanocrystals can grow in and fill in the void of opal template,and SiO2 microspheres of templates are dissolved so as to form some three dimensional ordered porous structure and to form the inverse opal ZnS photonic crystals. Compared with opal templates,ZnS-opal and inverse opal ZnS photonic crystals assembled with SiO2 spheres in the same diameter show good optical properties and exhibited photonic band gap. The photonic band gap position of inverse opal ZnS moves towards UV area compared with opal and ZnS-opal.
结果表明：溶剂热法多次充填可使ZnS纳米晶在模板密堆积形成的空隙中均匀成核；经过酸处理的ZnS-opal中SiO2微球溶解、坍塌，形成蜂窝状三维有序介孔和反opal结构ZnS基光子晶体；相同粒径SiO2微球组装的opal模板、ZnS-opal以及反opal结构ZnS光子晶体均表现出光子带隙特性，但反opal结构ZnS光子晶体带隙位置相比前两者发生了蓝移。
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In a medium saucepan,melt the remaining 2 tablespoons butter.stir in the turkey and flour.add the milk,and heat through.stir the turkey mixture into the vegetables mixture,and cook until thickened.cool slightly,then pour mixture into the unbaked pie shell.roll out the top crust,and place on top of filling.flute edges,and make 4 slits in the top crust to let out steam.
取一只中等炖锅，融化其余2大汤匙黄油。交半年火鸡和面粉。加牛奶，热透。把火鸡混合物搅拌进蔬菜混合物，熬至浓稠。微凉，然后再把混合物倒进未烘烤的派皮里。辗平最上面的派皮，放在最上面的馅上。凹槽边缝，在最上面的派皮上做4个狭缝，以使蒸汽释放。
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The invention discloses a dielectric hole-microhole composite material and synthesizing method in the inorganic porous material, adsorbing material and catalytic material technical domain, which comprises the following steps: adopting zeolite molecular sieve as raw material; reacting with sodium bisilicate solution under 30-60 deg.c for 10-300 min; disintegrating particle part of zeolite molecular sieve into piece with microhole structure; adding cetyl trimethyl ammonium bromide as molder; adjusting pH value of mother liquid to 10-12; aging 1-8h; adding in the high-pressure autoclave to do water heat synthesizing reaction at 80-130 deg.c for 24-72h; separating solid; washing; drying; sintering under 500-600 deg.c for 5-10h; obtaining the Si-Al porous material with dielectric hole and microhole composite structure.
本发明属于无机多孔材料、吸附材料和催化材料技术领域，涉及具有介孔-微孔复合材料及其合成方法。其特征是以沸石分子筛为原料，用偏硅酸钠的水溶液在30～60℃反应10～300分钟，使沸石分子筛的颗粒部分解离形成具有微孔结构的碎片，加入模板剂十六烷基三甲基溴化铵，然后调节母液pH值为10～12，老化1～8小时，然后加入高压釜于80～130℃进行水热合成反应。反应24～72小时后，分离出固体，水洗、干燥，然后于500～600℃焙烧5～10小时，得到具有介孔和微孔复合结构的硅铝多孔材料。本发明的效果和益处是所发明的合成方法可用于合成多种沸石结构和介孔结构的复合材料，所合成的材料经过质子交换可以具有较强的酸性，在吸附和催化领域具有广泛应用前景。
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The anti-inflammation test showed that within the concentration of 1-100 μg/ml both usnic acid material and SMEDDS had no cytotoxic action. The usnic acid material and SMEDDS with different dosage could bring the levels of the mouse peritoneal macrophage releasing TNF-α induced by thermal inactivation bacillus coli down, and it showed a dose-dependent relationship.
抗炎实验表明，松萝酸原料及自微乳在1~100μg/ml质量浓度范围内对小鼠腹腔巨噬细胞无显著细胞毒作用；不同质量浓度的原料药和自微乳制剂均可使热灭活大肠杆菌诱导的TNF-α水平有不同程度的下降，并呈一定的量-效关系。
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In electronic engineering, we usually have to bond a micro-strip board to a metalcarrier in order to provide proper stiffness, thermal conductivity and electrical conductivity, thus to make general handling,solder stencilling, pick and place of components be easier, and prevent the warping or distortion of the board during soldering.
林伟成，微带板与金属载体间的大面积焊接及胶接方法工程中常常需要把微带板和金属载体焊接或胶接起来，以获得合适的刚性、电导率和热导率，从而使丝网印刷、元器件贴装等工艺过程变得更加容易。并防止焊接过程中微带板的翘曲和变形。
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Ultrasonic method is using low-frequency ultrasonic energy cuticle damage and the Hot perforation technology is using more heat through the skin. Laser technology is in the skin melted on the stratum corneum and the micro-needle device is in the stratum corneum have a micro machine to achieve the purpose of transdermal.
研究活跃的促渗技术包括离子导入（使用低电压电流使药物通过皮肤）、电穿孔技术（使用高压短电脉冲创造暂时的皮肤水性通道）、超声波法（使用低频超声波能量破坏角质层）和热穿孔技术（使用热能使皮肤更具透过性）、激光技术、微针装置来实现透皮目的。
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This has an important meaning to the industrial manufacture.DSC, WAXD and polarizing microscope with hot stage experiments were performed to describe what led the SSP rate acceleration of PET/MMT. It was shown that montmorillonite acted as a very good nucleating agent in PET crystallization process, which results in the lower crystallinity, more small microlites, and more surfaces of microlites.
为研究PET／MMT固相缩聚效率提高的原因，通过热台偏光显微镜、DSC、X-射线衍射等手段对样品的结晶进行观察与分析研究，结果表明蒙脱土对PET的结晶有明显的成核作用，使其晶核生成速率迅速提高，晶核数量明显增多，从而使整个结晶过程的时间变短，同时形成了更多结构不完善的微晶体。
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Infrared radiation resonance by the way that fat cells do resonance massage, soften fat and produce micro-heat, promoting blood circulation, and can activate skeletal muscle and promote body metabolism; rich negative ions as the body immersed in the forest, so you reborn; skin beauty , the deep pore cleansing, and may strengthen the deep penetration of marine products absorption, whitening, moisturizing, increasing skin elasticity and prevent wrinkles and so the effect; Body connection, open the skin pores and heating the body functions, to promote the body metabolism .
红外线由放射共振方式使脂肪细胞做共振按摩，软化脂肪与产生微热，促进血液循环，并能活化肌肉骨骼，促进全身新陈代谢；丰富的负离子就像全身浸在森林中，让你脱胎换骨；美肤方面，深入清洁毛孔，并可强化对海洋性产品的深层渗透吸收，达到美白、保湿、增加皮肤弹性与防止皱纹等之功效；美体方面，打开肌肤毛孔及加热身体功能，使其促进身体新陈代谢。
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Confined：局限
使得此微观相分离将伴随界相上的热焓(enthapy)降低和分子链因排整拉伸导致乱度(entropy)的下降,以及化学键结所在的位动力相对於微观相分离强度(TODT)与非结晶链段玻璃转换温而使最终形态产生局限(confined)的形态即保留原本层板微相分离的强偏析限制,
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tepefaction：微温/微热
tepee /美国印地安人的圆锥形帐篷/ | tepefaction /微温/微热/ | tepefy /使微温/使微热/变微温/
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tepefy：使微温
tepefy 使微热 | tepefy 使微温 | tepefy 变微温
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tepefy：使微热
tepefactiontepidity 微温 | tepefy 使微热 | tepefy 使微温
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tepetate：钙积层
tepefy /使微温/使微热/变微温/ | tepetate /钙积层/ | tephra /火山碎屑/