As a result, firstly they have more sols with the content of 69～85% and lower gel crosslinking density with the swelling degree of 2700～5200%; secondly they own many hydroxyl groups in the chains which promote the formation of strong hydrogen bonding; thirdly they display micro-phase separation structure originating from crystal and non-crystal regions; fourthly by controlling the molar ratio of monomers, adjustable mechanical properties(tensile strength of 0.1～0.7MPa, elastic modulus of 0.05～0.7MPa, elongation at break of 12～115%), good hydrophilicity(water contact angle of 45～57°) and low water-uptake(3～8%) can be gained; fifthly after 7.5 day degradation, their mass loss can reach above 30%, and the rate of degradation is influenced by the sol content, crosslinking density, branching degree of sols, hydrogen bonding between gels and sols etc.; finally they are desired to be used as drug delivery carrier, hemostasis agent, bone wax, scaffold material, anti-adhesion film after operation etc.
研究发现，该弹性体溶胶含量在69～85％之间，交联密度较小(凝胶质量溶胀度在2700～5200％之间)；材料结构中含有大量的羟基，分子链段间存在较强的氢键作用；材料具有结晶区域和非晶区域共存的微相分离结构；通过单体摩尔配比的控制，材料具有可调的力学性能(拉伸强度0.1～0.7MPa、弹性模量0.05～0.7 MPa、伸长率12～115％)、较好的亲水性能(水接触角45～57°)和较低的吸水率(3～8％)；材料经过7.5天的降解，其失重可达到30％以上，材料的降解速率受材料的溶胶含量、交联密度的大小、溶胶的支化程度、以及溶胶和凝胶间氢键作用强弱的影响；该材料以期用作药物缓释载体、止血剂、骨蜡、组织工程支架和外科手术防粘连膜等方面。
As a result, firstly they have more sols with the content of 61～63% and lower gel crosslinking density with the swelling degree of 2000～2600%; secondly they own many hydroxyl groups in the chains which promote the formation of strong hydrogen bonding; thirdly they display micro-phase separation structure originating from crystal and non-crystal regions; fourthly by controlling the molecular weight of prepolymers, adjustable mechanical properties(tensile strength of 0.4～0.7MPa, elastic modulus of 0.3～0.7MPa, elongation at break of 100～260%), good hydrophilicity(water contact angle of 34～44°) and low water-uptake(1～9%) can be gained; fifthly, after 28 day degradation, their mass loss can reach above 30%, and the rate of degradation is influenced by the sol content and molecular weight, crosslinking density, hydrophilicity and water-uptake, hydrogen bonding between gels and sols etc.; finally they are desired to be used as drug delivery carrier, hemostasis agent, bone wax, scaffold material, anti-adhesion film after operation etc.
研究发现，该弹性体溶胶含量在61～63％之间，交联密度仍较小(凝胶质量溶胀度在2000～2600％之间)；材料结构中含有大量的羟基，分子链段间存在强的氢键作用；材料具有结晶区域和非晶区域共存的微相分离结构；通过预聚体分子量的控制，材料具有可调的力学性能(拉伸强度0.4～0.7MPa、弹性模量0.3～0.7MPa、伸长率100～260％)、较好的亲水性能(水接触角34～44°)和较低的吸水率(1～9％)；材料经过28天的降解，其失重可达到30％以上；材料的降解速率受到材料的溶胶含量及分子量大小、交联密度的大小、亲水性和吸水率，以及溶胶与凝胶间氢键作用强弱的影响；该材料以期用作药物缓释、止血材料、骨腊、组织工程支架和外科手术防粘连膜等方面。
The optimal carrier gas velocity of prepared SE-30 series capillary chromatographic columns was studied and used to separate isomeric compounds. The efficiency of SE-30 capillary chromatographic columns has been studied with different diameters, film thicknesses and oven temperatures, using n-do-decane, phenol, aminobenzene, and butyl acetate as test samples.
研究自制的SE-30系列毛细管气相色谱柱的载气最佳线速度，并应用于同分异构体的色谱分离分别用十二烷、苯酚、苯胺、醋酸丁酯作试祥在不同载气线速条件下对不同口径、不同膜厚、不同柱温的SE-30毛细管色谱柱的柱效进行考察，并在最佳线速度条件下分离异戊醇、硝基氯苯、硝基甲苯及二乙苯同分异构体体系。
Time-resolved reflectivity changes of silicon-on-insulator with different crystalline silicon film thicknesses have been measured using the femtosecond (λ=800 nm) pump-probe technique to investigate the ultrafast carrier dynamics. The underlying physics of carrier diffusion and recombination processes is discussed using the reflectivity model, which is based on the time evolution of photoexcited carrier density and temperature.
利用800 nm波长的飞秒抽运探测技术测量了具有不同单晶硅薄膜厚度的绝缘衬底上硅皮秒瞬态反射率变化，并通过基于受激载流子密度和温度变化过程建立的反射率模型讨论了SOI表面载流子的超快动力学过程。
The Other thing is to investigate the carrier transport mechanism in the SiNx thin film.
另一件事就是去研究在氮化矽薄膜中载子的传输机制。
A vaporisation device for vacuum evaporating a release agent onto a film (2) in a film coating plant has a pattern carrier (1) made of porous material.
本发明涉及一种蒸镀装置，用来将一种分离剂蒸镀到一薄膜涂层设备中的薄膜（2）上，它有一个图案载体（1），该图案载体由疏松材料制成。
Main Product Series: ceramics Fill series; metals Fill series; plastics Fill series; honeycomb ceramic series; compound of rare earth catalyst series; fine products: motorcycle exhaust purifiers, ternary catalytic converter, honeycomb ceramic filter film, foam honeycomb ceramic filter chip, cellular ceramic regenerator, diesel particulate filter, automotive catalyst support, automotive ceramic honeycomb carrier, acid-resistant tiles, porcelain, inert alumina ceramic ball, sulfuric acid drying tower with arch article, the ball arched bottom support structure, ceramics packing, high aluminum balls, porous balls, ceramic columns, fire-resistant ball, Intalox ring, different saddle ring, abalone earrings, Rasi ring, ladder ring, cross ring, metal bellows, wire mesh, corrugated plate packing products such as varieties of models.
主要产品系列：陶瓷填料系列；金属填料系列；塑料填料系列；蜂窝陶瓷系列；复合型稀土催化剂系列；细类产品：摩托车尾气净化器、三元催化器、蜂窝陶瓷过滤片、泡沫蜂窝陶瓷过滤片、蜂窝陶瓷蓄热体、柴油车微粒过滤器、车用催化剂载体、车用蜂窝陶瓷载体、耐酸瓷砖、瓷板、惰性氧化铝瓷球、硫酸干燥、吸收塔用条拱、球拱塔底支撑结构、陶瓷波纹填料、高铝瓷球、多孔瓷球、瓷柱、耐火球、矩鞍环、异鞍环、鲍耳环、拉西环、阶梯环、十字环、金属波纹、丝网、孔板波纹填料等品种型号产品。
Marine mucopolysaccharide and hydrated compound essence an exquisite combination of bottles, by special carrier easy to in-depth skin cells to form. dense soft baby blue the whole film, full service paste face, slowly release the soothing fragrance at night hydration, giving skin The most natural pleasure.
海洋粘多糖与水合复合精华安瓶的精致组合，藉由特殊载体轻松深入肌肤细胞，形成婴儿蓝的整密软膜，完全服贴脸庞，缓缓释放出夜晚水合的舒缓香氛，给肌肤最自然、愉悦的享受。
The using catalyst is made of the glass beads as the carrier, and on the surface of every bead an evenly transparent TiO2 thin film was covered by the sol-gel process.
采用溶胶-凝胶法，在玻璃珠表面涂覆均匀透明的TiO2薄膜，并制成光催化反应器对水溶液中I-的光催化氧化进行了研究。
Becausethere is no free carrier in the organic film which was made up by the insulator, the carrier injectinto the organic films through thermal ion radiation under the extra-electric field, theelectroluminescence produced with radiation of the hole-electron pair from tunneling effect ofspace charge limited carrier in which the electron transited from the binding band toconducting band of the emitting material.
由于有机膜是绝缘电介质，其内部没有自由载流子，所以在外电场的作用下，载流子通过热电子发射的方式注入到有机膜层里，在受空间电荷限制效应的作用的同时，载流子在高电场中获得足够的能量后发生隧穿效应，电子跃迁从发光材料的价带跃迁到导带，产生空穴-电子对，电子-空穴对进行辐射复合，于是就出现了电致发光现象。
At atmospheric pressure, SiO, films were deposited by using DBD plasma gun in different precursors (TEOS, HMDSO, and D4) with Ar as carrier gas in 16 kHz high voltage power. The effects of plasma power and flow rate of carrier gas on the film properties were investigated.
在大气压下，利用工作在16kHz的介质阻挡放电等离子枪，以氩气为工作气体，分别用四甲基硅氧烷、六甲基硅氧烷和八甲基环四硅氧烷(D4)为单体，通过改变载气流量、等离子体放电功率等研究聚合SiO薄膜的结构性能影响。
At the rear, kne unwind station for the polyethylene handle film, The filmwidth is identical to the loop length. The filmis cut into narrow trips, and fed into the top fold. The flexible handle film feeding wywtem is feeding by motor. The roll of film is fed, cut and welded automatically and is precisely posi-tioned to the center of the carrier bag.
软式手提环制袋机的后面是一放副料架，副料的宽度等于软式手提条的长度，这副料是切成狭长的条状，输送入顶折部分，软式手提袋的手提副料输送系统，采用步进电机输送，它具有精密副料的传送，切断和封口，同时准确的封合于袋子的正中央。
The carrier mobility of practical transparent conductive oxide thin film is mainly dominated by ionized impurity scattering.
在实用的透明导电氧化物薄膜中，载流子迁移率主要是受电子与掺杂离子之间散射的限制。
This article mainly introduced the characteristic of water-soluble PVA carrier film, and including its application in water transfer printing, carrier of embroidery and periwig, medical film, washing film and so on.
本文主要介绍了水溶性PVA载体膜的特性，以及水溶性PVA作为载体膜在水转印和纺织刺绣、药膜、洗手膜等上的应用，并对PVA载体膜作了展望。
Experimental results have proved that size effect exists for electrical conductivity, optical constants, permittivity, permeability and carrier density in ultrathin Al Ti and Fe films as the thickness of the film decreases to nanometer size range.
实验结果表明，超薄Al、Ti、Fe膜在纳米尺寸范围内，随厚度变化，电导率、光学常数、介电常数、磁导率、载流子浓度和等离子体共振均存在尺寸效应。
It also release the impact ionization effect so that the kink effect to been suppressed and improve the hot carrier endurance. Finally, we compare the conventional thin film transistors and T-gate thin film transistor characteristic for plasma passivation effect.
同时kink的效应也明显的降低和热载子的可靠度也明显的提升，然后我们也研究T型闸极的结构和一般传统结构对於电浆处理后的差异。
Mation process of passive film, the hydrogen could slow down the formation of the passive film because the exis? 鄄tence of hydrogen would reduce the adsorbed OH- ions on the coating surface. XPS analysis results indicated that the OH-/O2- ratio in the passive film was changed after hydrogen charging. The susceptibility to pitting of the charged coating was enhanced because of the increment of OH-/O2- ratio in the passive film. Mott-Schottky analy? 鄄sis showed that the hydrogen protons could enhance the dielectric constant of the passive film and account for the increase in capacitance and carrier density of passive films.
结果表明，氢与涂层表面吸附的OH-反应使OH-吸附减少，从而延迟了钝化膜的形成；氢使钝化膜的成分发生改变，钝化膜中的OH-/O2-的比率升高，因而钝化膜的点蚀敏感性增加；同时，氢促使钝化膜的介电常数增大，空间电荷电容增大，载流子密度增加，从而降低了钝化膜的稳定性。
Besides, negative gate bias was related to charge -trapping and -transfer effect that causes a shift of threshold voltage towards negative direction. With light exposure during the process of positive gate bias, light-induced effect increased the concentration of charge carrier in the conduction channel effectively, and then led to reversible phenomena and rewrite device. There is evident that the photoinduced effect for our non-volatile memory device made a great impact on pentacene film.
此外，控制负闸极偏压解释电荷传输以及电荷陷阱之记忆行为；利用光激发之照光方法於正闸极偏压施加过程中，有效地增加有机薄膜通道上的电荷载子浓度，有助於电荷传输并形成可逆式元件；这显示了在非挥发记忆体元件运用上的光诱导效应对於五苯环有很大的影响。
Deink heat transfer business card printings and membership cards: the use of paper or film carrier, plastic ink business card printing and membership card production, there is a result of the innovativeink markinf of binders, it is generally not as printed on the back.
脱墨热转移制卡和会员卡制作：用纸或薄膜作载体，用塑胶油墨制卡和会员卡制作，因油墨里有热熔性的连结料，一般不印背胶。
Combination of electronic packaging materials upstream, midstream and downstream industries, and packaging technology with many years experience, specializing in carrier tape containing the skin material, the plastic tape reel containing the band's cover band, set with the protective film containing the band of protection zone and the development of supplies.
结合电子包装材料上、中、下游工业，及多年包装技术与经验，专业从事carrier tape载带皮料、载带之塑料卷盘、载带之上盖带、载带之保护膜、载带之保护带及相关耗材的开发。