The conclusion is that the acceleration of IVC is orthogonal to velocity centrode.

指出瞬度正交瞬线。

The principle of acceleration relativization and the principle of force relativization were deduced.

推导出了度相对性原理和力相对性原理。

It is showed that slider's acceleration and link's angle acceleration could be reduced by increasing the setover and length of the link.

结果表明，增大偏距和连杆长度可以减小滑块的度和连杆的角度。

Select the system of copolymerisation,the optimum reactive conditions of temperature and velocity,and the best quantity of emolsifier and initiator of acrylate emulsion thickener.

选择丙烯酯乳液增稠剂共聚反应的方式、反应温度、滴度等最佳反应条件及乳化剂、引发剂的最佳用量。

This paper presented a new approach for stacking velocity analysis, and discussed the principles, procedure, applicability, and applications of suppression of prestack random noises and outlie...

提出了一种新的叠度分析方法，并详细描述了种新的叠度分析进行叠前随机噪音衰减和野值压制的原理、实现步骤、应用条件以及应用效果。

The conclusion is that the acceleration of IVC is orthogonal to velocity centrode.

指出瞬心加正交于瞬心线。

The principle of acceleration relativization and the principle of force relativization were deduced.

推导出了加相对性原理和力相对性原理。

It is showed that slider's acceleration and link's angle acceleration could be reduced by increasing the setover and length of the link.

结果表明，大偏距和连杆长可以减小滑块的加和连杆的角加。

Select the system of copolymerisation,the optimum reactive conditions of temperature and velocity,and the best quantity of emolsifier and initiator of acrylate emulsion thickener.

择丙烯酯乳液共聚反应的方式、反应温、滴加等最佳反应条件及乳化、引发的最佳用量。

This paper presented a new approach for stacking velocity analysis, and discussed the principles, procedure, applicability, and applications of suppression of prestack random noises and outlie...

提出了一种新的叠加分析方法，并详细描述了基于这种新的叠加分析进行叠前随机噪音衰减和野值压制的原理、实现步骤、应用条件以及应用效果。

The conclusion is that the acceleration of IVC is orthogonal to velocity centrode.

指出瞬心加速度正交于瞬心线。

The principle of acceleration relativization and the principle of force relativization were deduced.

推导出了加速度相对性原理和力相对性原理。

It is showed that slider's acceleration and link's angle acceleration could be reduced by increasing the setover and length of the link.

结果表明，增大偏距和连杆长度可以减小滑块的加速度和连杆的角加速度。

Select the system of copolymerisation,the optimum reactive conditions of temperature and velocity,and the best quantity of emolsifier and initiator of acrylate emulsion thickener.

选增稠剂共聚反应的方式、反应温度、滴加速度等最佳反应条件及化剂、引发剂的最佳用量。

This paper presented a new approach for stacking velocity analysis, and discussed the principles, procedure, applicability, and applications of suppression of prestack random noises and outlie...

提出了一种新的叠加速度分析方法，并详细描述了基于这种新的叠加速度分析进行叠前随机噪音衰减和野值压制的原理、实现步骤、应用条件以及应用效果。

The conclusion is that the acceleration of IVC is orthogonal to velocity centrode.

心加速度正交于心线。

The principle of acceleration relativization and the principle of force relativization were deduced.

推导了加速度相对性原理和力相对性原理。

It is showed that slider's acceleration and link's angle acceleration could be reduced by increasing the setover and length of the link.

结果表明，增大偏距和连杆长度可以减小滑块加速度和连杆角加速度。

Select the system of copolymerisation,the optimum reactive conditions of temperature and velocity,and the best quantity of emolsifier and initiator of acrylate emulsion thickener.

选择丙烯酯乳液增稠剂共聚反应方式、反应温度、滴加速度等最佳反应条件及乳化剂、引发剂最佳用量。

This paper presented a new approach for stacking velocity analysis, and discussed the principles, procedure, applicability, and applications of suppression of prestack random noises and outlie...

提了一叠加速度分析方法，并详细描述了基于这叠加速度分析进行叠前随机噪音衰减和野值压制原理、实现步骤、应用条件以及应用效果。

The conclusion is that the acceleration of IVC is orthogonal to velocity centrode.

指瞬心加速度正交于瞬心线。

The principle of acceleration relativization and the principle of force relativization were deduced.

推导加速度相对性力相对性。

It is showed that slider's acceleration and link's angle acceleration could be reduced by increasing the setover and length of the link.

结果表明，增大偏距连杆长度可以减小滑块的加速度连杆的角加速度。

Select the system of copolymerisation,the optimum reactive conditions of temperature and velocity,and the best quantity of emolsifier and initiator of acrylate emulsion thickener.

选择丙烯酯乳液增稠剂共聚反应的方式、反应温度、滴加速度等最佳反应条件及乳化剂、引发剂的最佳用量。

This paper presented a new approach for stacking velocity analysis, and discussed the principles, procedure, applicability, and applications of suppression of prestack random noises and outlie...

提种新的叠加速度分析方法，并详细描述基于这种新的叠加速度分析进行叠前随机噪音衰减野值压制的、实现步骤、应用条件以及应用效果。

The conclusion is that the acceleration of IVC is orthogonal to velocity centrode.

指出速度正交线。

The principle of acceleration relativization and the principle of force relativization were deduced.

推导出了速度相对性原理和力相对性原理。

It is showed that slider's acceleration and link's angle acceleration could be reduced by increasing the setover and length of the link.

结果表明，增大偏距和连杆长度可以减小滑块的速度和连杆的角速度。

Select the system of copolymerisation,the optimum reactive conditions of temperature and velocity,and the best quantity of emolsifier and initiator of acrylate emulsion thickener.

选择丙烯酯乳液增稠剂共聚反应的方式、反应温度、滴速度等最佳反应条件及乳化剂、引发剂的最佳用量。

This paper presented a new approach for stacking velocity analysis, and discussed the principles, procedure, applicability, and applications of suppression of prestack random noises and outlie...

提出了一新的叠速度分析方法，并详细描述了基新的叠速度分析进行叠前随机噪音衰减和野值压制的原理、实现步骤、应用条件以及应用效果。

The conclusion is that the acceleration of IVC is orthogonal to velocity centrode.

指出瞬心加速度正交于瞬心线。

The principle of acceleration relativization and the principle of force relativization were deduced.

推导出了加速度相对性原和力相对性原。

It is showed that slider's acceleration and link's angle acceleration could be reduced by increasing the setover and length of the link.

表明，增大偏距和连杆长度可以减小滑块加速度和连杆角加速度。

Select the system of copolymerisation,the optimum reactive conditions of temperature and velocity,and the best quantity of emolsifier and initiator of acrylate emulsion thickener.

选择丙烯酯乳液增稠共聚反应方式、反应温度、滴加速度等最佳反应条件及乳化、引最佳用量。

This paper presented a new approach for stacking velocity analysis, and discussed the principles, procedure, applicability, and applications of suppression of prestack random noises and outlie...

提出了一种新叠加速度分析方法，并详细描述了基于这种新叠加速度分析进行叠前随机噪音衰减和野值压制原、实现步骤、应用条件以及应用效。

The conclusion is that the acceleration of IVC is orthogonal to velocity centrode.

指出瞬心正交于瞬心线。

The principle of acceleration relativization and the principle of force relativization were deduced.

推导出了相对性原理和力相对性原理。

It is showed that slider's acceleration and link's angle acceleration could be reduced by increasing the setover and length of the link.

结果表明，增大偏距和连杆长可以减小滑块的和连杆的角。

Select the system of copolymerisation,the optimum reactive conditions of temperature and velocity,and the best quantity of emolsifier and initiator of acrylate emulsion thickener.

选择丙烯酯乳液增稠剂共聚反应的方式、反应温、滴等最佳反应条件及乳化剂、引发剂的最佳用量。

This paper presented a new approach for stacking velocity analysis, and discussed the principles, procedure, applicability, and applications of suppression of prestack random noises and outlie...

提出了一种新的叠分析方法，并详细描述了基于这种新的叠分析进行叠前随机噪音衰减和野值压制的原理、实现步骤、应用条件以及应用效果。

The conclusion is that the acceleration of IVC is orthogonal to velocity centrode.

指出瞬心加速度正交于瞬心线。

The principle of acceleration relativization and the principle of force relativization were deduced.

推导出了加速度原理和力原理。

It is showed that slider's acceleration and link's angle acceleration could be reduced by increasing the setover and length of the link.

结果表明，增大偏距和连杆长度可以减小滑块的加速度和连杆的角加速度。

Select the system of copolymerisation,the optimum reactive conditions of temperature and velocity,and the best quantity of emolsifier and initiator of acrylate emulsion thickener.

选择丙烯酯乳液增稠剂共聚反应的方式、反应温度、滴加速度等最反应条件及乳化剂、引发剂的最。

This paper presented a new approach for stacking velocity analysis, and discussed the principles, procedure, applicability, and applications of suppression of prestack random noises and outlie...

提出了一种新的叠加速度分析方法，并详细描述了基于这种新的叠加速度分析进行叠前随机噪音衰减和野值压制的原理、实现步骤、应条件以及应效果。