机译:极高温反应堆系统潜在结构材料的总半球发射率:617合金
University of Missouri, Nuclear Science and Engineering Institute and Particulate Systems Research Center, Columbia;
University of Missouri, Nuclear Science and Engineering Institute and Particulate Systems Research Center, Columbia;
University of Missouri, Nuclear Science and Engineering Institute and Particulate Systems Research Center, Columbia;
University of Missouri, Nuclear Science and Engineering Institute and Particulate Systems Research Center, Columbia;
University of Missouri, Nuclear Science and Engineering Institute and Particulate Systems Research Center, Columbia;
University of Missouri, Nuclear Science and Engineering Institute and Particulate Systems Research Center, Columbia;
Total hemispherical emissivity; Alloy 617; Haynes 617;
机译:适用于非常高温反应器系统的势能结构材料的半球总发射率:HAYNES 230
机译:非常高温反应器系统的势能结构材料的总半球发射率:HASTELLOY X
机译:过渡金属合金中纳米晶体结构在温度和辐射作用下的自组织作为设计核反应堆抗辐射结构材料的基础
机译:用于小干扰RNA递送系统的完全设计的脂质材料的结构特征:基于谷氨酸的脂质材料作为潜在的siRNA载体
机译:极高温反应堆(VHTR)候选材料的总半球发射率:Hastelloy X,Haynes 230和Alloy 617
机译:技术实验室规模的反应器在不同温度下热解和焚烧过程中从含PVF和PVDF的光伏背板材料中释放氟的实验研究
机译:非常高温反应器(VHTR)候选材料的总半球发射率:Hastelloy X,Haynes 230和合金617