LIF
美式发音: 英式发音:n.左前内曲线
网络释义：白血病抑制因子(leukemia inhibitory factor)；氟化锂(Lithium fluoride)；激光诱导荧光(laser induced fluorescence)
网络释义
n.1.左前内曲线
1.白血病抑制因子(leukemia inhibitory factor)鸡白血病抑制因子（LIF）epsa试剂盒使用说明书 2013-3-1 · 2013年春节放假通知 2013-1-28 · SP琼脂糖凝胶FF产品详细介绍 2…
2.氟化锂(Lithium fluoride)供应氟化锂(LIF)晶体OLED电极蒸发镀膜材料 05/24 08:42供应氟化锂晶体开关 04/25 10:44 供应AIYING100001氟化锂(LIF)晶 …
3.激光诱导荧光(laser induced fluorescence)激光诱导荧光（LIF）技术的主要特点是用单色性好的激光将分子激发到指定的激发态能级，然后探测处于该激发能级的分子因 …
4.低插入力(Low Insertion Force)新产品采用以低插入力实现FPC/FFC嵌合的LIF（Low Insertion Force）构造。采用上下双触点，确保了基板布线的自由度。
例句释义:,左前内曲线1.He used to be a "problem child" , but a recent conversation whit his mother changed his pf. He didn't use to give his mother many problems.但是最近一次和他母亲的谈话改变了他，他不再给母亲制造很多的麻烦。
2.The death compensation, as a measure of the value of pf, proved to be one of the important indicators after safety incident.发生安全事故后，死亡赔偿金成为衡量人们生命价值的重要指标之一。
3.Methods The immunohistochemical ultra sensitive SP method was used to detect the expression of LIF protein in uterus.方法应用免疫组织化学超敏SP法对大鼠妊娠植入期子宫进行检测。
4.In this article, we summarized physicochemical property, molecular weight, biological character of LIF and explored its roles in repro . . .对白血病抑制因子的理化性质、分子量、生物活性进行综述，探讨其在生殖领域的作用。
5.I'v had many lessons in my school pf. Among thm th on givn by an Amrican young man is th most unforgettable.我在学校上过很多很多的课。其中，一位年轻的美国老师上的课最令人难忘。
6.In the present thesis, diatomic radicals are investigated by laser-induced-fluorescence (LIF) in the supersonic molecular beam system.本文首先对超声分子束系统中小分子自由基进行了激光诱导荧光（LIF）光谱研究。
7.ISL is still called from the LIF area on the bootable medium (disk, tape, or CD).ISL仍然是从可引导介质上（磁盘、磁带或CD）的LIF区域调用的。
8.special thoughts of your wonderful pf. . .让你写满你的独特的想法…
9.In the second chapter, the idea of applying LIF technology in the automatic separation equipment for marine meiobenthos was brought forward.第二章在前面论述的基础上提出了在小型底栖生物自动分离系统中应用激光诱导荧光技术的研究方法；
10.Methods The correlate factors that affected the accomppshment of LIF TING action were analyzed by using questionnaire.方法采用撑起问卷表形式分析影响撑起动作完成的主要相关因素。