| 1. | E test method for evaluation of automotive engine oils for inhibition of deposit formation and wear sequence - e method
内燃机油低温油泥和抗磨损性能评定法 |
| 2. | Test method for dynamometer evaluation of unleaded spark - ignition engine fuel for intake value deposit formation
进油阀沉积物形成用无铅火花点火发动机燃料的功率计评价用试验方法 |
| 3. | Standard test method for dynamometer evaluation of unleaded spark - ignition engine fuel for intake valve deposit formation
进油阀沉积物形成用火花点燃式发动机无铅燃料的功率计评定标准试验方法 |
| 4. | Standard test method for vehicle evaluation of unleaded automotive spark - ignition engine fuel for intake valve deposit formation
进液阀门沉积形成的不含铅自动火花点火引擎燃料的车辆评价标准试验方法 |
| 5. | Emachn ch oils have high thermal stability and low carbon deposited formation tendencies for prolong lubricant life and low volatility resulting in less oil consumption
Emachn ch具有高热稳定性及低结碳倾向与低挥发性，所以具有低油耗与使用寿命长的特性。 |
| 6. | New test method for evaluation of automotive engine oils for inhibition of deposit formation and wear in spark - ignition internal - combustion engine fueled with gasoline and operated under low temperature , light - duty can
在低温轻型条件下操作的用汽油作燃料的火花点火内燃机中抑制沉积物形成和耐磨用汽车发动机油评价的新试验方法 |
| 7. | Based on these research , we analyzed gas deposit formation character of kuche depression and concluded three kinds of gas deposit formation model . they are : kela 2 model , kela 3 model ; tuzfluoke model
在此基础上分析了库车坳陷天然气成藏特征，总结出三种天然气成藏模式，即克拉2型成藏模式、克拉3型成藏模式和吐孜洛克型成藏模式。 |
| 8. | A laboratory - scale gasoline injector deposit simulator was developed to simulate deposit formation , and the fourier transform infrared ( ftir ) technique was used to analyze the deposit formation mechanism under various wall temperature
摘要建立了实验室尺度的沉积物生成仿真装置，并尝试以ftir傅里叶转换红外线光谱法分析沉积物生成的化学机理，以探讨不同壁面温度下的喷嘴沉积物生成过程。 |
| 9. | From the research on the history of gas formation , caprock sealing and the history of depression activitv , we analvzed the formation and evolution character of gas accumulation systems . then we discussed its controlling effect on the gas deposit formation
通过源岩生气史，盖层封闭史和断裂活动史研究，分析了天然气成藏系统的形成与演化特征，从而探讨了其对深层天然气运聚成藏的控制作用。 |
| 10. | This is the other main reason for the overpressure in kuche depression to be preserved . we analyzed the effect of fracture in the gas deposit formation and hold that different kinds of fracture have different effect : hydrocarbon dissipation and relief effect of crossing salt bed faults that run through source rock , reservoir , and caprock ; filling effect of under salt bed faults that run through source rock and reservoir ; slippage faults that did not connect source rock have no effect to hydrocarbon accumulation and dissipation ; adjusting faults in reservoir have effect of adjusting formations for hydrocarbon distribution
分析了断裂在天然气成藏中的作用，认为不同类型的断裂在天然气成藏过程中的作用是不同的：贯通生、储、盖层的穿盐断层对油气散失和泄压作用；贯通源岩和储层的盐下断层对抽气运聚的充注作用；不连接源岩的滑脱断层对油气聚散无作用；储层内调整断层对油气分布起调整层位作用。 |
