有时一种织物，反面用另一种织物粘合在一起，或者用粘性的纤维，或者用热塑性纤维，把两种织物加热粘合在一起。
Sometimes one fabric is backed with another by bonding, either with adhesive, or with thermoplastic fibers which, when heated, fuse the two fabrics together.
单面斜纹织物具有正反面，两面是不能互换的。
Uneven twill fabrics have a right and a wrong side and therefore are not considered reversible.
研究正反面结构有明显差异的立绒织物在传热性能上的方向性。
The difference of thermal resistance of fabric with different surface structure is studied in this paper.
文章研究了常压等离子射流处理对羊毛织物正反面吸湿性的影响。
The influence of atmospheric plasma jet treatment on wettability of two sides of wool fabric was investigated.
当然，通过对织物的整理和纱线的配色可以产生的织物的正面，这就防止了正反面的混淆。
Of course, finishes and coloring methods may make one side the face and prevent reversing the fabric.
经面缎纹织物和纬面缎纹织物具有确定的正面和反面。
经面缎纹织物和纬面缎纹织物具有确定的正面和反面。
On the folded fabric, always plan the layout on the wrong side with the right sides together.
织物经松弛精练、预定型、碱减量、柔软定型后，面料反面再经橡塑涤层。
Fabric scouring by the relaxation, pre-type alkali reduction, soft shape, the fabric opposite of rubber and plastic polyester layer.
本文设计了包括正面、反面、单层、双层等九种方案，对其传热传湿性的结果进行数学处理，并对丝绒织物正、反面的传热湿性进行了定量描述。
On a microclimate meter, 9 different methods of ar-ranging silk velvet and chinese crepe are designed, including positive surface, negative surface, singletayer and double layer.
本文设计了包括正面、反面、单层、双层等九种方案，对其传热传湿性的结果进行数学处理，并对丝绒织物正、反面的传热湿性进行了定量描述。
On a microclimate meter, 9 different methods of ar-ranging silk velvet and chinese crepe are designed, including positive surface, negative surface, singletayer and double layer.
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