无压的

The morphology, structure and ingredient as well as character of as - prepared samples were investigated by XRD, HRTEM, EDS, TG-DTA, ICP-IRIS and micro-sclerometer techniques.

利用化学镀法和无压烧结法制备Pt/Al2O3复合粉体和相应的块体材料，并对粉体及块体采用XRD、高分辩电子显微分析、能量散射谱、热重－差热分析、电感藕合等离子体发射光谱、微型硬度测试等技术对其形貌、结构、成分、性能进行研究。

Shell Cassida Fluid HT 32 is a synthetic heat-transfer fluid for close d circuit and pressureless heat transfer systems.

壳牌加适达HT 32润滑油是一种用于闭路循环和无压热传导系统的合成热传导润滑油。

Shell Cassida Fluid HT 32 is a synthetic heat-transfer fluid for closed circuit and pressureless heat transfer systems.

壳牌加适达HT 32润滑油是一种用于闭路循环和无压热传导系统的合成热传导润滑油。

Nano-imprint lithography drum paper teeth axis, swayig begnawing workparts paper teeth or wear, allows unleashmy begnawing paper teeth in paper in an inconsistent state in that result in bilateral irregular longitudinal misregister, in which case on slow computers are more likely to occur, because the impact of low-speed machine tipping bucket, the strength of a rotational motion paper teeth ranges of swayig high speed machine is used, and indirect sheet transfer unleashmy simpleplan paper teeth have smaller, at the same time as a result of automatic circulation lubrication oil system, unleashmy and apparatdus paper teeth axis is not easy to wear, but bearing in mind that oil, oilway jam torn oil grinding.

压印滚筒咬纸牙轴，摆动咬纸牙轴或轴套磨损后，不离使得咬纸牙在咬纸功程洋处于不稳不退状况，以至于爆发双边无次序的纵向套印禁绝，这栽环境在不低速机上比辛便当呈现，因为不低速机翻斗撞击辛不小，咬纸牙轴动弹幅度比辛不小，不低速机是拔取摆动不直接递纸，并且咬纸牙闭合幅度也较小，同时又由于有被迫轮回油路编制润滑，所以咬纸牙轴及轴套不便当磨损，但给夺目油眼，油路畅通导致不续油咬不松。

Pressureless sintering technique was used to prepare the composites.

本研究以无压烧结的方式制备复合材。

A pressureless permeating method is put forward.

提出用无压渗透法制备铸造表面复合材料的新方法。

The mechanical properties of B4C/Al composite prepared by pressureless infiltration technology were tested.

对无压浸渗法制备的B4C/Al复合材料进行了力学性能测试。

The precursor powder materials were sintered by pressureless treatment at 600℃ and 900℃, respectively. XRD results show that the powder is in the form of a single cubic fluorite structure when sintered at 600℃.

在600℃和900℃下分别对初始粉体进行无压煅烧，XRD表明，在600℃时形成了单一的立方萤石结构。

Pressureless sintering A1N/BN composite ceramics density can be achieved, but of harsh conditions, the mechanical properties are not high.

无压烧结A1N/BN复相陶瓷可以达到的致密度化，但制备条件苛刻，力学性能不高。

By using pressureless sintering technique, the samples of Al2O3 with anisotropic grains through the doping of small amount of TiO2 and MgO were prepared.

通过在氧化铝中添加微量氧化钛和氧化镁，利用无压烧结工艺，制备了具有明显各向异性晶粒的氧化铝块材。

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。