For the meter which has liquate inner, can work in strong vibration or pressure pulse situation.

对在外壳内充液的仪表，能够抗工作环境振动较强和减少介质压的脉动影响。

The damping effect is also affected by pump pressure, volume of air chamber and the prefill pressure in chamber.

改变泵压、空气包容积和充气压数,对排出液体的脉动衰减有较大影响。

Objective To investigate the effect of vasal viscoelasticity on wall shear stress of pulsatile flow under the influence of Rolling Massage.

目的研究血管粘弹对脉动血流在扌衮法推拿作用下切应的影响。

The metallogenic material was from deep alkalic basaltic magma, and the pulsatory invasion was the necessary metallogenic condition of the ore deposit.

成矿物质玄武岩浆，基次火山岩浆多次脉动式入侵是矿床形成的必要条件。

Fluid is conveied to bit nozzel through drill string from pump is a transient state flowing with pressure wave, which makes the fluid jetted out from nozzel has certain pulsation.

从钻井泵经过钻柱内部输送到钻头喷嘴的流体是一种瞬态流动，存在着压行波，使从普通喷嘴射出的流体有一定程度的脉动。

For the meter which has liquate inner, can work in strong vibration or pressure pulse situation.

对于在外壳内充液的仪表，能够抗工作环境振较强和减少介质压力的脉影响。

The damping effect is also affected by pump pressure, volume of air chamber and the prefill pressure in chamber.

改变泵压、空气包容积和充气压力等参数,对排出液体的脉衰减有较大影响。

Objective To investigate the effect of vasal viscoelasticity on wall shear stress of pulsatile flow under the influence of Rolling Massage.

目的研究血管粘弹对脉血在扌衮法推拿作用下切应力的影响。

The metallogenic material was from deep alkalic basaltic magma, and the pulsatory invasion was the necessary metallogenic condition of the ore deposit.

成矿物质源于碱玄武岩浆，基次火山岩浆多次脉式入侵是矿床形成的必要条件。

Fluid is conveied to bit nozzel through drill string from pump is a transient state flowing with pressure wave, which makes the fluid jetted out from nozzel has certain pulsation.

从钻井泵经过钻柱内部输送到钻头喷嘴的体是一种瞬态，在着压力行波，使从普通喷嘴射出的体有一定程度的脉。

For the meter which has liquate inner, can work in strong vibration or pressure pulse situation.

对于在外壳内仪表，能够抗工作环境振动较强和减少介质压力脉动影响。

The damping effect is also affected by pump pressure, volume of air chamber and the prefill pressure in chamber.

改变泵压、空气包容积和气压力等参数,对排出体脉动衰减有较大影响。

Objective To investigate the effect of vasal viscoelasticity on wall shear stress of pulsatile flow under the influence of Rolling Massage.

目研究血管粘弹对脉动血流在扌衮法推拿作用下切应力影响。

The metallogenic material was from deep alkalic basaltic magma, and the pulsatory invasion was the necessary metallogenic condition of the ore deposit.

成矿物质源于碱玄武岩浆，基次火山岩浆多次脉动式入侵是矿床形成必要条件。

Fluid is conveied to bit nozzel through drill string from pump is a transient state flowing with pressure wave, which makes the fluid jetted out from nozzel has certain pulsation.

从钻井泵经过钻柱内到钻头喷嘴流体是一种瞬态流动，存在着压力行波，使从普通喷嘴射出流体有一定程度脉动。

For the meter which has liquate inner, can work in strong vibration or pressure pulse situation.

对于外壳内充液仪表，能够抗工作环境振动较强和减少介质压力脉动影响。

The damping effect is also affected by pump pressure, volume of air chamber and the prefill pressure in chamber.

改变泵压、空气包容积和充气压力等参数,对排出液体脉动衰减有较大影响。

Objective To investigate the effect of vasal viscoelasticity on wall shear stress of pulsatile flow under the influence of Rolling Massage.

目血管粘弹对脉动血衮法推拿作用下切应力影响。

The metallogenic material was from deep alkalic basaltic magma, and the pulsatory invasion was the necessary metallogenic condition of the ore deposit.

成矿物质源于碱玄武岩浆，基次火山岩浆多次脉动式入侵是矿床形成必要条件。

Fluid is conveied to bit nozzel through drill string from pump is a transient state flowing with pressure wave, which makes the fluid jetted out from nozzel has certain pulsation.

从钻井泵经过钻柱内部输送到钻头喷嘴体是一种瞬态动，存着压力行波，使从普通喷嘴射出体有一定程度脉动。

For the meter which has liquate inner, can work in strong vibration or pressure pulse situation.

于在外壳内充液的仪表，能够抗工作环境振动较强和减少介压力的脉动影响。

The damping effect is also affected by pump pressure, volume of air chamber and the prefill pressure in chamber.

改变泵压、空气包容积和充气压力等,排出液体的脉动衰减有较大影响。

Objective To investigate the effect of vasal viscoelasticity on wall shear stress of pulsatile flow under the influence of Rolling Massage.

目的研究血管粘弹脉动血流在扌衮法推拿作用下切应力的影响。

The metallogenic material was from deep alkalic basaltic magma, and the pulsatory invasion was the necessary metallogenic condition of the ore deposit.

成矿于碱玄武岩浆，基次火山岩浆多次脉动式入侵是矿床形成的必要条件。

Fluid is conveied to bit nozzel through drill string from pump is a transient state flowing with pressure wave, which makes the fluid jetted out from nozzel has certain pulsation.

从钻井泵经过钻柱内部输送到钻头喷嘴的流体是一种瞬态流动，存在着压力行波，使从普通喷嘴射出的流体有一定程度的脉动。

For the meter which has liquate inner, can work in strong vibration or pressure pulse situation.

对在外壳内充液的仪表，能够抗工作环境振动较强和减少介压力的脉动影响。

The damping effect is also affected by pump pressure, volume of air chamber and the prefill pressure in chamber.

改变泵压、空气包容积和充气压力,对排出液体的脉动衰减有较大影响。

Objective To investigate the effect of vasal viscoelasticity on wall shear stress of pulsatile flow under the influence of Rolling Massage.

目的研究血管粘弹对脉动血流在扌衮法推拿作用下切应力的影响。

The metallogenic material was from deep alkalic basaltic magma, and the pulsatory invasion was the necessary metallogenic condition of the ore deposit.

成矿物碱玄武岩浆，基次火山岩浆多次脉动式入侵是矿床形成的必要条件。

Fluid is conveied to bit nozzel through drill string from pump is a transient state flowing with pressure wave, which makes the fluid jetted out from nozzel has certain pulsation.

从钻井泵经过钻柱内部输送到钻头喷嘴的流体是一种瞬态流动，存在着压力行波，使从普通喷嘴射出的流体有一定程度的脉动。

For the meter which has liquate inner, can work in strong vibration or pressure pulse situation.

对于在外壳内充液的仪表，能够抗工作环境振较强和减少介质压力的。

The damping effect is also affected by pump pressure, volume of air chamber and the prefill pressure in chamber.

改变泵压、空气包容积和充气压力等参数,对排出液体的衰减有较大。

Objective To investigate the effect of vasal viscoelasticity on wall shear stress of pulsatile flow under the influence of Rolling Massage.

目的研究血管粘弹对血流在扌衮法推拿作用下切应力的。

The metallogenic material was from deep alkalic basaltic magma, and the pulsatory invasion was the necessary metallogenic condition of the ore deposit.

成矿物质源于碱玄武岩浆，基火山岩浆多式入侵是矿床形成的必要条件。

Fluid is conveied to bit nozzel through drill string from pump is a transient state flowing with pressure wave, which makes the fluid jetted out from nozzel has certain pulsation.

从钻井泵经过钻柱内部输送到钻头喷嘴的流体是一种瞬态流，存在着压力行波，使从普通喷嘴射出的流体有一定程度的。

For the meter which has liquate inner, can work in strong vibration or pressure pulse situation.

对于在外壳内充液的仪表，能够抗工作环境振动较强和减少介质力的脉动影响。

The damping effect is also affected by pump pressure, volume of air chamber and the prefill pressure in chamber.

改变泵、包容积和充力等参数,对排出液体的脉动衰减有较大影响。

Objective To investigate the effect of vasal viscoelasticity on wall shear stress of pulsatile flow under the influence of Rolling Massage.

目的研究血管粘弹对脉动血流在扌衮法推拿作用下切应力的影响。

The metallogenic material was from deep alkalic basaltic magma, and the pulsatory invasion was the necessary metallogenic condition of the ore deposit.

成矿物质源于碱玄武岩浆，基岩浆多脉动式入侵是矿床形成的必要条件。

Fluid is conveied to bit nozzel through drill string from pump is a transient state flowing with pressure wave, which makes the fluid jetted out from nozzel has certain pulsation.

从钻井泵经过钻柱内部输送到钻头喷嘴的流体是一种瞬态流动，存在着力行波，使从普通喷嘴射出的流体有一定程度的脉动。

For the meter which has liquate inner, can work in strong vibration or pressure pulse situation.

对在外壳内充液的仪表，能够抗工作环境振动较强和减少介压力的脉动影响。

The damping effect is also affected by pump pressure, volume of air chamber and the prefill pressure in chamber.

改变泵压、空气包容积和充气压力,对排出液体的脉动衰减有较大影响。

Objective To investigate the effect of vasal viscoelasticity on wall shear stress of pulsatile flow under the influence of Rolling Massage.

目的研究血管粘弹对脉动血流在扌衮法推拿作用下切应力的影响。

The metallogenic material was from deep alkalic basaltic magma, and the pulsatory invasion was the necessary metallogenic condition of the ore deposit.

成矿物碱玄武岩浆，基次火山岩浆多次脉动式入侵是矿床形成的必要条件。

Fluid is conveied to bit nozzel through drill string from pump is a transient state flowing with pressure wave, which makes the fluid jetted out from nozzel has certain pulsation.

从钻井泵经过钻柱内部输送到钻头喷嘴的流体是一种瞬态流动，存在着压力行波，使从普通喷嘴射出的流体有一定程度的脉动。