This article introduces the characteristics and application of warp-knitted geotextiles that lacework, reversibles, biaxial and multiaxial compound fabric.

本文简介经编网眼物、双面物、双轴向和多轴向复合物土工布特点和应用.

The conoscopic interference patterns of crystals are calculated for any orientation biaxial crystal, which include information of isochromatic curve and isogyre.

针对任意取向双轴晶体,计算了完整偏光干涉图,反映了相位布决定等色线、振幅布决定消光影规律。

Increasing biaxiality of molecular shape, the system will form a para-biaxial nematic phase at higher temperature.Decreasing temperature, the system will continuously enter into normal biaxial phase.

增加双轴性，可使系统在较高温度下诱导出准双轴相，降低温度，系统连续地进入双轴相。

This article introduces the characteristics and application of warp-knitted geotextiles that lacework, reversibles, biaxial and multiaxial compound fabric.

本文简介经编网眼物、双面物、双轴向和多轴向复合物土工布的特点和应用.

The conoscopic interference patterns of crystals are calculated for any orientation biaxial crystal, which include information of isochromatic curve and isogyre.

针对任意取向的双轴晶体,计算了完整的偏光干涉图,反映了相位分布决定等色线、振幅分布决定消光影的规律。

Increasing biaxiality of molecular shape, the system will form a para-biaxial nematic phase at higher temperature.Decreasing temperature, the system will continuously enter into normal biaxial phase.

增加分子的双轴，系统在较高温度下诱导出准双轴相，降低温度，系统连续地进入双轴相。

This article introduces the characteristics and application of warp-knitted geotextiles that lacework, reversibles, biaxial and multiaxial compound fabric.

本文简介经编网眼物、双面物、双轴向和多轴向复合物土工布特点和应用.

The conoscopic interference patterns of crystals are calculated for any orientation biaxial crystal, which include information of isochromatic curve and isogyre.

针对任意取向双轴晶体,计算完整偏光干涉图,反位分布决定等色线、振幅分布决定消光影规律。

Increasing biaxiality of molecular shape, the system will form a para-biaxial nematic phase at higher temperature.Decreasing temperature, the system will continuously enter into normal biaxial phase.

增加分子双轴性，可使系统在较高温度下诱导出准双轴，降低温度，系统连续地进入双轴。

This article introduces the characteristics and application of warp-knitted geotextiles that lacework, reversibles, biaxial and multiaxial compound fabric.

本文简介经编网眼、双面、双轴和多轴布的特点和应用.

The conoscopic interference patterns of crystals are calculated for any orientation biaxial crystal, which include information of isochromatic curve and isogyre.

针对任意取的双轴晶体,计算了完整的偏光干涉图,反映了相位分布决定等色线、振幅分布决定消光影的规律。

Increasing biaxiality of molecular shape, the system will form a para-biaxial nematic phase at higher temperature.Decreasing temperature, the system will continuously enter into normal biaxial phase.

增加分子的双轴性，可使系统在较高温度下诱导出准双轴相，降低温度，系统连续地进入双轴相。

This article introduces the characteristics and application of warp-knitted geotextiles that lacework, reversibles, biaxial and multiaxial compound fabric.

本文简介经编网眼、双、双轴向和多轴向复合土工布的特点和应.

The conoscopic interference patterns of crystals are calculated for any orientation biaxial crystal, which include information of isochromatic curve and isogyre.

任意取向的双轴晶体,计算了完整的偏光干涉图,反映了相位分布决定等色线、振幅分布决定消光影的规律。

Increasing biaxiality of molecular shape, the system will form a para-biaxial nematic phase at higher temperature.Decreasing temperature, the system will continuously enter into normal biaxial phase.

增加分子的双轴性，可使系统在较高温度下诱导出准双轴相，降低温度，系统连续地进入双轴相。

This article introduces the characteristics and application of warp-knitted geotextiles that lacework, reversibles, biaxial and multiaxial compound fabric.

本文简介经编网眼物、双面物、双轴向和多轴向复合物土工布特点和应用.

The conoscopic interference patterns of crystals are calculated for any orientation biaxial crystal, which include information of isochromatic curve and isogyre.

针对任意取向双轴晶体,计算完整偏光干涉图,相位分布决定等色线、振幅分布决定消光影规律。

Increasing biaxiality of molecular shape, the system will form a para-biaxial nematic phase at higher temperature.Decreasing temperature, the system will continuously enter into normal biaxial phase.

增加分子双轴性，可使系统在较高温度下诱导出准双轴相，降低温度，系统连续地进入双轴相。

This article introduces the characteristics and application of warp-knitted geotextiles that lacework, reversibles, biaxial and multiaxial compound fabric.

本文简介经编网眼物、双面物、双轴向和多轴向复合物土工布的特点和应用.

The conoscopic interference patterns of crystals are calculated for any orientation biaxial crystal, which include information of isochromatic curve and isogyre.

针对任意取向的双轴晶体,计算了完整的偏光干涉图,反映了相位布决定等色线、布决定消光影的规律。

Increasing biaxiality of molecular shape, the system will form a para-biaxial nematic phase at higher temperature.Decreasing temperature, the system will continuously enter into normal biaxial phase.

增加子的双轴性，可使系统在较高温度下诱导出准双轴相，降低温度，系统连续地进入双轴相。

This article introduces the characteristics and application of warp-knitted geotextiles that lacework, reversibles, biaxial and multiaxial compound fabric.

本文简介经编网眼物、双面物、双轴向和多轴向复合物土工布特点和应用.

The conoscopic interference patterns of crystals are calculated for any orientation biaxial crystal, which include information of isochromatic curve and isogyre.

针对任意取向双轴晶体,计算了完整偏光干涉图,反映了相位分布决定等色线、振幅分布决定消光影。

Increasing biaxiality of molecular shape, the system will form a para-biaxial nematic phase at higher temperature.Decreasing temperature, the system will continuously enter into normal biaxial phase.

加分子双轴性，可使系统在较高温度下诱导出准双轴相，降低温度，系统连续地进入双轴相。

This article introduces the characteristics and application of warp-knitted geotextiles that lacework, reversibles, biaxial and multiaxial compound fabric.

本文简介经编网眼物、双面物、双轴向和多轴向复合物土工的特点和应用.

The conoscopic interference patterns of crystals are calculated for any orientation biaxial crystal, which include information of isochromatic curve and isogyre.

针对任意取向的双轴晶体,计算了完整的偏光干涉图,反映了相位决定等色线、振决定消光影的规律。

Increasing biaxiality of molecular shape, the system will form a para-biaxial nematic phase at higher temperature.Decreasing temperature, the system will continuously enter into normal biaxial phase.

增加子的双轴性，可使系统在较高温度下诱导出准双轴相，降低温度，系统连续地进入双轴相。