量油

Analysis on the errors in dynamic metering is made based on the theory of error,and concludes that the main contributors to the errors come from densimeter,water cut meter as well as flow meter.

根据误差理论对油量动态计量的误差进行了分析，得出在油量的动态计量中，密度、含水率及流量的误差是油量计量的主要误差源。

However, this does not indicate only the selection of resin binders too white ink in order to have enough composite effects withattached fastness, white ink adhesion strength is in ink system surfactivity dispersant and anti-sedimentation waxiness, high friction materials, and ink itself static electricity and so on.

但这并不外明只有采取树脂拆开料含度不小的不黑色油不朱才能有不足的不简单附着牢度，感化不黑色油不朱附着辛强度的还有油不朱编制边的暗不天活性不合散剂和不攻浸、耐摩擦的蜡量量料以及油不朱本身静电等等。

The results showed that 22.5μL/L of clove leaf oil had the best preservation effect on peach. After 35 days of stock, the sound fruit rate was 94%, 46.9% higher than compared group. The rotten index and the browning index were 94.1% and 85.2% lower than the control, respectivly, and the treatment could remarkablely reduce the respiration rate and ethylene release, and postponed ethylene release peak and respiration peak 5 and 10d, respectively in comparison with CK, it also delayed the drop of firmness and contents of titrable acids of the peach. When stored for 35d, firmness of control group and 22.5μL/L of clove leaf oil were decreased 60% and 34% compared with initial storage, and the activities of SOD, CAT and POD were enhanced, but the contents of SSC had no obvious difference with control.

结果表明，与对照相比，22.5μL/L丁香叶油处理对桃果实的防腐保鲜效果最好，贮藏35d时好果率为94%，比对照提高了46.9%，腐烂指数和褐变指数分别比对照低94.1%和85.2%；丁香叶油处理可以有效降低桃果实的呼吸强度和乙烯释放量，呼吸强度高峰和乙烯释放量高峰分别推迟5和10d，延缓了果实硬度和可滴定酸含量下降的速度；贮藏35d时对照和22.5μL/L丁香叶油处理果实硬度分别比贮藏初期降低了60%和34%；丁香叶油处理提高了超氧化物歧化酶、过氧化氢酶、过氧化物酶3种膜脂过氧化物酶的活性，但可溶性固形物含量与对照相比无明显差异。

The steps are: deciding the analogy objects and their parameters to be analogized,breaking out production composition s based on the whole production data during the past years and the production data of individual wells that are put into production in those years,achieving the quantitative forecasting models.

方法一的回归参数为产量构成法求出的参照对象在历年的措施增油量，从而直接预测项目对象在后几年的措施增油量；方法二则通过两个回归参数(产量构成法求出的参照对象历年的总产量和自然产量)间接预测项目对象在后几年的措施增油量。

First, the angular velocity function and maneuver load for certain maneuver flight (including hover, dive-hike and these two combined) are set up. The simulation results of the vibration of double-disk rotor system with cantilever supported on rigid bearings show that rotor would be apparently deformed under maneuver load. Second, the performance of oil force of SFD in maneuver flight is analyzed. The results show that in maneuver flight, the SFD with centering spring will become eccentric and its oil force will be time-related and offset-related.

首先，建立了水平盘旋、俯冲拉起及盘旋+俯冲拉起复合机动三种机动飞行条件下的机动角速度函数，并确定了对应机动飞行条件下的机动附加载荷（附加离心力和附加陀螺力矩），分析了带刚支的双盘悬臂转子系统在机动飞行条件下的振动特性，发现发动机转子在机动飞行时会发生明显变形；随后，分析了非定心挤压油膜阻尼器的油膜力特性，机动飞行时，油膜轴颈在机动附加载荷的作用下偏离外环中心，使得带定心弹支的挤压油膜阻尼器也变成了非定心挤压油膜阻尼器，其非定心挤压油膜力是瞬态时变的，并且与SFD油膜轴颈偏移量和进动形态有关；然后，在经典的Jeffcott转子系统中引入带定心弹支的挤压油膜阻尼器，分析了机动飞行时非线性转子系统的振动特性，发现挤压油膜阻尼器油膜力的非协调特性也反映到转子系统的振动响应中；之后，对机动飞行条件下带挤压油膜阻尼器的双盘悬臂转子系统的振动特性进行了分析，并重点分析、总结了俯冲拉起机动飞行时，系统结构参数和工作状态参数（转速比、机动飞行半径、机动角速度等）对该系统振动特性的影响。

First, the angular velocity function and maneuver load for certain maneuver flight (including hover, dive-hike and these two combined) are set up. The simulation results of the vibration of double-disk rotor system with cantilever supported on rigid bearings show that rotor would be apparently deformed under maneuver load. Second, the performance of oil force of SFD in maneuver flight is analyzed. The results show that in maneuver flight, the SFD with centering spring will become eccentric and its oil force will be time-related and offset-related. Then, SFDs are introduced into typical Jeffcott rotor system. The whole system will be statically displaced in maneuver flight and the nonsynchronous components of oil force appear in the response of rotor system.

首先，建立了水平盘旋、俯冲拉起及盘旋+俯冲拉起复合机动三种机动飞行条件下的机动角速度函数，并确定了对应机动飞行条件下的机动附加载荷(附加离心力和附加陀螺力矩)，分析了带刚支的双盘悬臂转子系统在机动飞行条件下的振动特性，发现发动机转子在机动飞行时会发生明显变形；随后，分析了非定心挤压油膜阻尼器的油膜力特性，机动飞行时，油膜轴颈在机动附加载荷的作用下偏离外环中心，使得带定心弹支的挤压油膜阻尼器也变成了非定心挤压油膜阻尼器，其非定心挤压油膜力是瞬态时变的，并且与SFD油膜轴颈偏移量和进动形态有关；然后，在经典的Jeffcott转子系统中引入带定心弹支的挤压油膜阻尼器，分析了机动飞行时非线性转子系统的振动特性，发现挤压油膜阻尼器油膜力的非协调特性也反映到转子系统的振动响应中；之后，对机动飞行条件下带挤压油膜阻尼器的双盘悬臂转子系统的振动特性进行了分析，并重点分析、总结了俯冲拉起机动飞行时，系统结构参数和工作状态参数(转速比、机动飞行半径、机动角速度等)对该系统振动特性的影响。

The tanks can be filled to any desired quantity, the float switches sense full tank condition and automatically stop the fueling.

浮子开关位于油箱顶部测量油量油箱油量可按要求存贮，浮子开关测量油量并能自动停止加油。

Business card printing and membership card when in order to get more clear that would be used in some higher viscosity envirogluvtm, if there is not enough to fit a paper surface strength, you will easily fall powder, anti-dropping and adhensive in the version of the surface; if you are using a lower viscosity of ink in the offset business card printing and membership card making to an ink and fountain solution emulsive, resulting in a printing plate margin of fouling.

制卡和会员卡制息时为了获得较为澄辉的网点，会拔取一些粘量较矮的油不朱，如果纸张的暗不天不弱量不敷，不离会便当掉粉、掉不净本体，并粘附在版的暗不天；如果搁置较矮粘量的油不朱，在平版制卡和会员卡制息洋，会因油不朱与润版液乳化，从而变不败印版空缺的不天方污不净。

The lubrication system provides a constant flow of filtered oil to all moving parts of the engine.the system consists of an oil pan to store the oil,a pump to circulate it,a filter to remove solid abrasive particles,and an oil gauge or light in the driver's compartment for checking purposes.

润滑系的功能是给发动机所有运动部件提供恒定流动的润滑油。润滑系由储存机油的油底壳、使机油运行的机油泵、清除固体磨砂颗粒的机油滤清器和在驾驶室内的仪表盘上检查机油油量的油量指示表或油量指示灯。

More oil storage three to five times than normal oil groove, longer maintenance period

油穴的储油量大，是普通油槽储油量的3倍到5倍，可长时间免维护

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。