1) tow
丝束单丝线密度
2) tow
丝束
1.
Using high-shrinkage acrylic tow with boiling water shrinkage 29% and regular acrylic tow as raw materials,the high-shrinkage acrylic bulky top was produced via stretch-breaking technology on a Seydel-679 stretch breaking machine.
以沸水收缩率为29%的高收缩腈纶丝束和普通腈纶丝束为原料,在Seydel-679拉断机上采用拉断法生产高收缩腈纶膨体毛条,探讨了其制条工艺。
2.
Through study on the filtration of cellulose acetate dope, an equal-effect filtration mathematic model was proposed to carry out fine filtration of the spinning dope, reducing the ends-out ratio to less than 0.
通过对非牛顿高粘度二醋酸纤维素浆液过滤的研究,建立了等效过滤模型,实现了浆液的精细过滤,反映过滤质量的丝束断头率降到了0。
3.
This paper introduces the cigarette-ping-en-mouth scrap in tow bar recovery process and equipment.
本文简要介绍了卷烟聚丙烯嘴棒废品中丝束回收工艺和设备。
3) bundle of bamboo filament
竹丝束
4) wire-beam electrode
丝束电极
1.
The corrosion potential distribution of wire-beam electrode in different depth was obtained by estimated corrosion potential in 10% NaCl solution.
应用3×3阵列丝束电极模拟研究了混凝土中钢筋的腐蚀。
2.
The potential distribution of steel in different contents of NaCl solution was investigated with wire-beam electrode,and the effect of NaNO2 on the potential distribution of steel and the protective behavior of NaNO2 was analyzed.
采用丝束电极多电极电化学法研究钢铁在不同浓度的NaCl溶液中的电位变化,并分析NaNO2的加入对体系电位的影响和NaNO2对钢铁的防护作用。
3.
The corrosion conditions of rebar embedded in the concrete which was immersed in 10% sodium chloride solution(pH=12) for 9 d was studied by using the wire-beam electrode.
用丝束电极模拟混凝土中钢筋表面的不同位置,研究了浸于pH=12,浓度为10%的NaCl溶液中直至9 d的混凝土中钢筋的锈蚀状况。
5) wire beam electrode
丝束电极
1.
The results of wire beam electrode measurement agreed with that of the classic measurement.
通过丝束电极测试电阻分布,研究了水基防锈液的防锈性能。
2.
The effect of sodium nitrite on the crevice corrosion of mild steel was studied by applying the wire beam electrode technique.
在5%NaCl溶液和5%NaCl+5%NaNO2溶液中,采用丝束电极技术测量了低碳钢缝隙内、外的自腐蚀电位和电化学阻抗谱,研究了亚硝酸钠对低碳钢缝隙腐蚀的影响。
3.
Fast electrodepositing behavior of nickel was studied by using wire beam electrode, and the effects of different electrode materials and bath on the electrodepositing were discussed.
采用丝束电极(铜质和铁质)研究了金属镍的快速电沉积行为。
6) tow trolley
丝束车
1.
The form error of tow trolley made it impossible for signal's properly feeding back to PLC when the tow trolley was used for carriage positioning.
对腈纶丝束打包机无法实现自动打包的原因进行了分析,丝束小车形状误差导致采用丝束车车体定位而无法将正确信号反馈到PLC,通过采用过渡车定位的技改方案,打包机实现了自动打包,且打包能力由改造前的的5。
参考词条
补充资料：非密度制约因素(见密度制约因素)
非密度制约因素(见密度制约因素)
l焦非密度制约因素见生态因素、密度制约后
说明：补充资料仅用于学习参考，请勿用于其它任何用途。