This type of coaxial cable is frequently referred to as Thicknet.

这种同轴电缆常为粗同轴电缆(Thicknet)。

The revolutionary coaxial escapement devices and noo-card-degree hairspring balance wheel ensure the long-running accuracy and reliability.

革命性的同轴擒纵装置和野应卡度游丝摆轮确保长期运行的准确性和可靠性。

In the past, Thinnet coaxial cable with an outside diameter of only 0.35 cm was used in Ethernet networks.

在过去，外围直径仅0.35公分的细同轴电缆被用在乙太网路。

Objective To evaluate the clinical value of selective salpingography (SSG) and fallopian tube recanalization (FTR) by home made coaxial catheter.

目的探讨自制同轴导管引导下选择性输卵管造影及再通术的临床应用价值。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分，为了减少电抗造成的电能损失，消除散磁，降低电流的搅拌作用，防止现点状偏，同轴设计电路（同轴导电立柱、同轴电缆）将会成为电渣炉今后的发展方向。

This type of coaxial cable is frequently referred to as Thicknet.

这种同轴电缆常为粗同轴电缆(Thicknet)。

The revolutionary coaxial escapement devices and noo-card-degree hairspring balance wheel ensure the long-running accuracy and reliability.

革命性的同轴擒纵装置和野应卡度游丝摆轮确保长期运行的准确性和可靠性。

In the past, Thinnet coaxial cable with an outside diameter of only 0.35 cm was used in Ethernet networks.

在过去，外围直径仅0.35公分的细同轴电缆被用在乙太网路。

Objective To evaluate the clinical value of selective salpingography (SSG) and fallopian tube recanalization (FTR) by home made coaxial catheter.

目的探讨自制同轴导引导下选择性输影及再通术的临床应用价值。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分析指出，为了减少电抗成的电能损失，消除散磁，降低电流的搅拌作用，防止出现点状偏析，同轴设计电路（同轴导电立柱、同轴电缆）将会成为电渣炉今后的发展方向。

This type of coaxial cable is frequently referred to as Thicknet.

种同轴电缆常为粗同轴电缆(Thicknet)。

The revolutionary coaxial escapement devices and noo-card-degree hairspring balance wheel ensure the long-running accuracy and reliability.

的同轴擒纵装置和野应卡度游丝摆轮确保长期运行的准确和可靠。

In the past, Thinnet coaxial cable with an outside diameter of only 0.35 cm was used in Ethernet networks.

在过去，外围直径仅0.35公分的细同轴电缆被用在乙太网路。

Objective To evaluate the clinical value of selective salpingography (SSG) and fallopian tube recanalization (FTR) by home made coaxial catheter.

目的探讨自制同轴导管引导下选择输卵管造影及再通术的临床应用价值。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分析指出，为了减少电抗造成的电能损失，消除散磁，降低电流的搅拌作用，防止出现点状偏析，同轴设计电路（同轴导电立柱、同轴电缆）将会成为电渣炉今后的发展方向。

This type of coaxial cable is frequently referred to as Thicknet.

这种同轴电缆常为粗同轴电缆(Thicknet)。

The revolutionary coaxial escapement devices and noo-card-degree hairspring balance wheel ensure the long-running accuracy and reliability.

革命性同轴擒纵装置和野应卡度游丝摆轮确保长期运行准确性和可靠性。

In the past, Thinnet coaxial cable with an outside diameter of only 0.35 cm was used in Ethernet networks.

在过去，外仅0.35公分细同轴电缆被用在乙太网路。

Objective To evaluate the clinical value of selective salpingography (SSG) and fallopian tube recanalization (FTR) by home made coaxial catheter.

目探讨自制同轴导管引导下选择性输卵管造影及再通术临床应用价值。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分析指出，为了减少电抗造成电能损失，消除散磁，降低电流搅拌作用，防止出现点状偏析，同轴设计电路（同轴导电立柱、同轴电缆）将会成为电渣炉今后发展方向。

This type of coaxial cable is frequently referred to as Thicknet.

这种电缆常为粗电缆(Thicknet)。

The revolutionary coaxial escapement devices and noo-card-degree hairspring balance wheel ensure the long-running accuracy and reliability.

革命性擒纵装置和野应卡度游丝摆轮确保长期运行准确性和可靠性。

In the past, Thinnet coaxial cable with an outside diameter of only 0.35 cm was used in Ethernet networks.

在过去，外围直径仅0.35公分细电缆被在乙太网路。

Objective To evaluate the clinical value of selective salpingography (SSG) and fallopian tube recanalization (FTR) by home made coaxial catheter.

目探讨自制导管引导下选择性输卵管造影及再通术临床应。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分析指出，为了减少电抗造成电能损失，消除散磁，降低电流搅拌作，防止出现点状偏析，设计电路（导电立柱、电缆）将会成为电渣炉今后发展方向。

This type of coaxial cable is frequently referred to as Thicknet.

这种常为粗(Thicknet)。

The revolutionary coaxial escapement devices and noo-card-degree hairspring balance wheel ensure the long-running accuracy and reliability.

革命性的擒纵装置和野应卡度游丝摆轮确保长期运行的准确性和可靠性。

In the past, Thinnet coaxial cable with an outside diameter of only 0.35 cm was used in Ethernet networks.

在过去，外围直径仅0.35公分的细被用在乙太网路。

Objective To evaluate the clinical value of selective salpingography (SSG) and fallopian tube recanalization (FTR) by home made coaxial catheter.

目的探讨自导引导下选择性输卵造影及再通术的临床应用价值。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分析指出，为了减少抗造成的能损失，消除散磁，降低流的搅拌作用，防止出现点状偏析，设计路（导立柱、）将会成为渣炉今后的发展方向。

This type of coaxial cable is frequently referred to as Thicknet.

这种轴轴(Thicknet)。

The revolutionary coaxial escapement devices and noo-card-degree hairspring balance wheel ensure the long-running accuracy and reliability.

革命性的轴擒纵装置和野应卡度游丝摆轮确保长期运行的准确性和可靠性。

In the past, Thinnet coaxial cable with an outside diameter of only 0.35 cm was used in Ethernet networks.

在过去，外围直径仅0.35公分的细轴被用在乙太网路。

Objective To evaluate the clinical value of selective salpingography (SSG) and fallopian tube recanalization (FTR) by home made coaxial catheter.

目的探讨自制轴导管引导下选择性输卵管造影及再通术的临床应用价值。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分析指出，了减少抗造成的能损失，消除散磁，降低流的搅拌作用，防止出现点状偏析，轴设计路（轴导立柱、轴）将会成渣炉今后的发展方向。

This type of coaxial cable is frequently referred to as Thicknet.

这种同轴电同轴电(Thicknet)。

The revolutionary coaxial escapement devices and noo-card-degree hairspring balance wheel ensure the long-running accuracy and reliability.

革命性的同轴擒纵装置和野应卡度游丝摆轮确保长期运行的准确性和可靠性。

In the past, Thinnet coaxial cable with an outside diameter of only 0.35 cm was used in Ethernet networks.

在过去，外围直径仅0.35公分的细同轴电被用在乙太网路。

Objective To evaluate the clinical value of selective salpingography (SSG) and fallopian tube recanalization (FTR) by home made coaxial catheter.

目的探讨自制同轴导管引导下选择性输卵管造影及再通术的临床应用价值。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分析指出，了减少电抗造成的电能损失，消除散磁，降低电流的搅拌作用，防止出现点状偏析，同轴设计电路（同轴导电立柱、同轴电）将会成电渣炉今后的发展方向。

This type of coaxial cable is frequently referred to as Thicknet.

这种同电缆常为粗同电缆(Thicknet)。

The revolutionary coaxial escapement devices and noo-card-degree hairspring balance wheel ensure the long-running accuracy and reliability.

革命性的同擒纵装置和野应卡度游丝摆轮确保长期运行的准确性和可靠性。

In the past, Thinnet coaxial cable with an outside diameter of only 0.35 cm was used in Ethernet networks.

在过去，外围直径仅0.35公分的细同电缆被用在乙太网路。

Objective To evaluate the clinical value of selective salpingography (SSG) and fallopian tube recanalization (FTR) by home made coaxial catheter.

目的探讨自制同引下选择性输卵造影及再通术的临床应用价值。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分析指出，为了减少电抗造成的电能损失，消除散磁，降低电流的搅拌作用，防止出现点状偏析，同设计电路（同电立柱、同电缆）将会成为电渣炉今后的发展方向。

This type of coaxial cable is frequently referred to as Thicknet.

这种缆常为粗缆(Thicknet)。

The revolutionary coaxial escapement devices and noo-card-degree hairspring balance wheel ensure the long-running accuracy and reliability.

革命的擒纵装置和野应卡度游丝摆轮保长期运行的和可靠。

In the past, Thinnet coaxial cable with an outside diameter of only 0.35 cm was used in Ethernet networks.

在过去，外围直径仅0.35公分的细缆被用在乙太网路。

Objective To evaluate the clinical value of selective salpingography (SSG) and fallopian tube recanalization (FTR) by home made coaxial catheter.

目的探讨自制导管引导下选择输卵管造影及再通术的临床应用价值。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分析指出，为了减少抗造成的能损失，消除散磁，降低流的搅拌作用，防止出现点状偏析，设计路（导立柱、缆）将会成为渣炉今后的发展方向。