match routine

match routine的基本解释

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[计] 匹配程序, 衔接程序

与match routine相关的网络例句 [注：此内容来源于网络，仅供参考]

Aimee Mann - Momentum Oh, for the sake of momentum I've allowed my fears to get larger than life And it's brought me to my current agendum Whereupon I deny fulfillment has yet to arrive And I know life is getting shorter I can't bring myself to set the scene Even whin it's approaching torture I've got my routine Oh, for the sake of momentum Even thought I agree with that stuff about seizing the day But I hate to think of effort expended All those minutes and days and hours I've have frittered away But I can't confront the doubts I have I can't admit that maybe the pas was bad And so, for the sake of momentum, I'm condemning the future to death so it can match the past

Aimee 曼-动力哦，为了动力我已经允许我的恐惧比生活大而且资讯科技被带我去我的现在议程因此我否认实现还没有到达而且我知道生活正在很比较短我不能带来我自己设定现场甚至金雀花资讯科技正在接近拷问我已经得到我的常式哦，为了动力甚至认为我同意那一种东西有关抓住那天但是我憎恨想到被花费的努力整那些数分钟和数天和数小时我已经逐渐浪费离开但是我不能面对我有的怀疑我不能承认，也许不好很坏而且如此，为了动力，我正在判刑对死亡的未来因此它能相配过去

The LCQ Advantage is the workhorse ion trap mass spectrometer for 你好gh productivity LC/MS/MS results and is easily upgraded to MSn performance. The LCQ Advantage MAX now features the universal Ion Max source that allows simple tool-less switc你好ng of ionization probes. Ion Sweep Gas reduces chemical noise, w你好le a removable ion capillary tube allows for vent free source maintenance. Reliability combined with an easy-to-use interface, makes the LCQ Advantage MAX an ideal match for routine HPLC environment. Library searchable MS/MS spectra add confidence to the identification of analytes present in complex matrices.

LCQ Advantage MAX高效多级离子阱液质联用仪是离子阱光谱阐发平台，可以举行高效液相层析串联质谱LC/MS/MS阐发，而且可以很容易进级到电喷雾离子阱活络度MSnLCQ Advantage MAX高效多级离子阱液质联用仪此刻的首要独特之处是装有通用的Ion Max离子源，无须东西便可简略的调治离子探针，同时离子探针气体吹扫可以削减化学滋扰旌旗灯号可移植离子毛细现象柱无须真空便可养护LCQ Advantage MAX装备不变靠患上住，操做界面简略易用，抱负般配高效液相质谱测试并可检索液相质谱MS/MS库光谱

As for hydraulic excavator routine three lever power models,pump engine match principles and realization methods are expounded,then the characteristics of load sense system are analyzed,and the conflict between load sense control and pump engine match is clarified.

就液压挖掘机中常见的三档功率模式，详细地阐述了泵与发动机的匹配原理及其实现方法，分析了负荷传感系统的特点，阐明了负荷传感控制与泵、发动机匹配相矛盾的实质，提出了在保留泵与发动机匹配时应舍弃负荷传感控制的论点，对于泵与发动机匹配时的液压回路进行了较深的探讨，提出了由计算机依据泵与发动机匹配的原则，通过主阀自动调节和分配各执行器流量和功率的新的学术思想，推导了相关的公式。