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    AN APPROACH TO THE MECHANISM OF THE MELTING GLASS CORROSION RESISTANCE FOR GBC-12 ALLOY
    GBC-12合金耐熔融玻璃腐蚀机制的初步探讨
    Tunable set internal cavity He-Ne laser seald by low melt glass
    低熔玻璃封接可调内腔式He-Ne激光器
    State Function ( G/T) consideration and Ten(?)rature Condition Experiments in Melting Glass Using Commen Salt Replacing Soda Ash
    食盐代替纯碱熔制玻璃过程中的状态函数G/T与温度条件实验
    The Level Measurement and Control of Melt Glass
    熔融玻璃液位的测量与控制
    Process of Melting Glass-Lining by All-Electric Melting Furnace
    全电熔炉熔制搪玻璃釉工艺
    Surface morphologies of gold films on melting glass surfaces.
    熔融玻璃基底上金薄膜的表面形貌
    Effect of Coupling Agent on Properties of Direct-melting Glass Fiber Reinforced PA66
    偶联剂对池窑法玻纤增强PA66性能的影响
    Application and Development of the Low Melting Glass with Composition Free of Pollution
    组成无公害低熔玻璃的发展现状
    The low melting glass and the long afterglow luminescent material CaTiO_3: Pr~(3+) have been mixed as raw material, and the raw material has been prepared red long afterglow luminescent glass CaTiO_3: Pr~(3+) through two step method.
    本论文通过将低熔点玻璃和长余辉发光材料CaTiO_3:Pr~(3+)结合,运用二步法制备了性能良好的红色CaTiO_3:Pr~(3+)长余辉发光玻璃。
    When the content of chromium slag was 58%, there was yellow matter suspended on the melted glass, which is K_3Na(CrO_4)_2 identified by XRD.
    铬渣质量分数为58%时,玻璃熔体上层漂浮一层黄色物质,经XRD分析为K_3Na(CrO_4)_2。
    In this paper, the manufacture of solder glass composed of PbO-ZnO-B_2O_3low-melting glass and synthesized β-eucryptite filler and the effect of the filler on the thermal expansion coefficient (α_c) of the solder, its softening temperature (T_f), sealing temperature (T_g), wet(?) ing and reologic properties arc studied;
    本文研究了PbO—ZnO—B_2O_3系低熔玻璃和合成β锂霞石填料的复合焊料玻璃制备,以及填料对焊料热膨胀系数(α_C). 软化温度(T_f)、封接温度(T_s)和润湿性与流变性能的影响规律;
    CaO,MgO and Fe_2O_3 impurities in kaolin can produce low melting glass at the grain-boundary of β'—Sialon sintered material and promote β'—Sialon powder's sintering.
    原料中 CaO,MgO 和 Fe_2O_3等杂质在高温烧结过程于晶界处形成低熔液相,加速了β'—Sialon 坯体烧结致密化进程。
    The results show that the anti-alumina buildup properties of O'-Sialon-ZrO2-C materials are better than that of the alumina-graphite material. Dispersed alumina in molten steel reacts with O'-Sialon to form a low-melting glass which is eroded away by the molten steel.
    结果表明:O’-Sialon-ZrO2-C系材料的抗Al2O3沉积性能明显优于Al2O3-C质材料,其抗Al2O3沉积机理主要为浇钢温度下O’-Sialon与钢液中夹杂的Al2O3接触并反应生成了低熔相而被钢水冲刷掉,从而阻碍了Al2O3在材料表面的沉积附着。
    The liquid separation behaviors of 10%~30% Co Cu alloys were investigated by means of melt glass deep supercooling technology.
    用金相分析法对含 10 %~ 30 %Co Cu合金液态深过冷条件下的液相分解行为进行了研究。
    Methods: The pigmented infiltration glass was prepared by melting glass component in alumina crucible at 1400℃ for 2h.
    方法:将玻璃原料混匀烘干后放入氧化铝坩埚,在1400℃下熔融2h制成玻璃,测试玻璃的各种物理及力学性能。
    The solidification behavior and structural evolution of Cu-Pb monotetic alloy (Cu-25%Pb, Cu-37.4%Pb and Cu-40%Pb, mass fraction) were investigated by means of combination of melted glass denucleation and cyclical superheating, and the relationships between undercooled mi-crostructures and wear rate were studied.
    用熔融玻璃净化与循环过热相结合的方法,研究了亚偏晶Cu-25%Pb合金,Cu-37.4%Pb偏晶合金和过偏晶Cu-40%Pb(质量分数)合金过冷熔体凝固行为和凝固组织的演化规律,以及Cu-37.4%Pb偏晶合金的过冷度对磨损率的影响.
    Using the method of X ray fluorescent spectrum instrument and melting glass, we analyse SiO 2, CaO and MgO in particulate lime.
    采用X射线荧光光谱仪及熔融玻璃片法分析了颗粒灰中的SiO2,CaO及MgO。
    Specimen with Li2B4O7 as flux, NaNO3 as oxidizer, thrrough high temperature melting made of melting glass plate, is analysed quantity used by XRF method.
    试样以Li2B4O7为熔剂、以NaNO3为氧化剂,经过高温熔融制成玻璃融片,用XRF法进行定量分析。
    This research focuses on the SnO-ZnO-P2O5(SZP) glass system for low-melting glass materials. Referring to the region of glass formation,the influences of R2O3(Al2O3,B2O3) on the chemical durability,the thermal expansion coefficient,transition temperature and softening point of SnO-ZnO-P2O5 glasses have been studied.
    以SnO-ZnO-P2O5(SZP)系统作为低温玻璃材料的研究对象,结合其形成区域,研究了R2O3(Al2O3、B2O3)对SZP玻璃化学稳定性、膨胀系数、转变温度和软化温度等性能的影响。
    THE EC-DEVICE USED FOR MEASURING THE ELECTRICAL CONDUCTIVITY OF MELTING GLASS
    熔融玻璃电导率测定装置的研制
 

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