下記の英訳が全然うまく出来ません。お願いします。
最近切削加工に関する英書を購入したのですが、下記の英訳が全然うまく出来ません。
なので英訳お願いします。
To validate or refute the model described for machining micro-fluidic channels and to provide the material required to manufacture nanostructured metals pressings, machining experiments were con-ducted at the microscale. The machine tool was constructed to in-corporate a high-speed air turbine spindle rated to operate at 360,000rpm under no-load conditions. When operating at relatively deep depths of cut, the speed of the spindle decreases to approximately 250,000rpm .The table of the machine tool was configured to move in x-y-z co-ordinates by attaching a cross-slide powered by a dc motor, in all three principal axes. Each motor was controlled by a Motionmaster controller with a resolution as low as 500nm.The cutting tools used were uncoated. The high strain rate micromachining center is shown in Fig 5.5.
The cutting tools were inspected at the end of all machining experiments using an environmental scanning electron microscope. The measured spindle speed was 250,000rpm during the machining experiments. The depth of cut was 100um for all machining experiments. The machining feed rate was conducted at 5mm/s(0.3m/min).The microscale cutting tool used was 700um in diameter and was associated with a cutting speed of 117m/min and a machining feed rate of 0.3m/min. The experimental results are shown in Table5.1. Machining experiments consisted of machining several materials including steel using the micromachining center. The machined chips were examined in an environmental scanning electron microscope where the lamellar spacing on each chip was determined. The curl radii were then compared with the calculated value derived using the idealized model, taking into account the degree of bending of the cutting tool.
お礼
ありがとうございました！ 早々の御回答、助かりました。