1) Sysmex UF-100 automated flow cytometer
CX40相差显微镜
1.
Objective To evaluate the values of combined detection for distinguishing glomerular hematuria from nonglomerular hematuria by Olympus CX40 phase contrast microscope and Sysmex UF-100 automated flow cytometer.
方法利用Sysmex UF-100尿沉渣分析仪和Olympus CX40相差显微镜联合检测79例不同来源血尿标本,通过检测和鉴别尿红细胞数、尿红细胞形态大小及尿红细胞前向散射光强度(RBC-Fsc),帮助判断血尿的性质及来源。
2) phase contrast microscope
相差显微镜
1.
Application of phase contrast microscope to the study of structure in powder material;
相差显微镜在粉末材料结构研究中的应用
2.
A phase contrast microscope study of hemocytes in Pardosa Pseudoannulata (Lycosidae);
拟环豹蛛血细胞相差显微镜的初步研究
3.
Dispersing behavior of poly(octene-1-ethylene)(POE) in polypropylene(PP) matrix were investigated in mixer with on-line analysis by phase contrast microscope.
采用密炼机在线取样,相差显微镜拍照研究乙烯-1-辛烯共聚物(POE)在聚丙烯(PP)中的相分散行为。
3) Phase-contrast microscope
相差显微镜
1.
Objective To distinguish the origin of hematuria by using the phase-contrast microscope.
目的通过相差显微镜观察红细胞形态的变形程度鉴别血尿来源。
4) PCM
相差显微镜
1.
The formation, morphology and evolution of PP/POE blends in mixer were researched by SEM and PCM.
利用扫描电子显微镜和相差显微镜研究了PP/POE混体系共混过程中相结构的形成、相形态及其演变规律。
2.
By applying scanning electronic microscope (SEM) and phase contrast microscope (PCM) to samples obtained online during blending from the interim mixer, and by using character length and statistic theory, the corresponding scaling function is introduced and the dynamic self-similarity of formation and evolution of phase structures in PP/POE blends during blending can be confirmed from that.
通过对密炼机共混过程中在线取样作扫描电镜(SEM)实验和相差显微镜(PCM)实验,结合利用特征长度的概念和统计理论,引出相应的标度函数,从而确定PP/POE共混体系在共混过程中相结构形成与演变的动力学自相似性,进而证明PP/POE共混体系在共混过程中复杂、不规则相结构的形成与演变存在的分形行为,进而可以计算出共混体系的分形维数。
6) phase contrast electronic microscope
相差电子显微镜
补充资料：相差
1.彼此差别。
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