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"We didn't head for Proxima Centaurus," said Jones mildly. "It's too close! And we have to keep the field-plate back on the moon lined up with us, more or less, so we headed out roughly along the moon's axis. Toward where its north pole points." "Then where are we headed? Where are we going?" "We're not going anywhere just yet," said Jones without interest.
He had a small signal-rocket mounted on the far side of that crater, twenty-some miles. It was in front of the field-plate that established the Dabney field across the crater to another plate near us. Jones turned on the field. He ignited the rocket by remote control. I was watching with a telescope.
They stopped in space to extrude from the airlock a small package which expanded into a forty-foot plastic balloon with a minute atomic battery attached to it. The plastic was an electric conductor. It was a field-plate of the Dabney field. It took over the field from Earth and maintained it. It provided a second field for the ship to maintain.
There was no cargo waiting to be loaded. Cochrane did see a great metal plate, tilted on the ground, with a large box attached to it by cables. That would be the generators and the field-plate for a Dabney field. It was plainly to remain on the moon. It was not underneath the ship. Cochrane puzzled tiredly over it for a moment. Then he understood.
"When the field was just a radiation speed-up, I used forty milliamperes of current to the square centimetre of field-plate. That was the field-strength when we sent the signal-rocket across the crater. For the distress-torpedo test, I stepped the field-strength up. I used a tenth of an ampere per square centimetre. I told you!
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