"No, no, no," Condley said rapidly. "Of course not. Nothing like that." He looked sharply at Luckman. "Do you know anything about the Converter?"
Jim Luckman glanced at Bending before replying. Bending's face remained expressionless. "Go ahead, Jim," he said, "square with him."
Luckman spread his hands. "I know that Sam was working on something he called a Converter. I don't know anything more about it than that. Sam keeps his ideas secret until he gets them to a marketable stage, which is all right with me. I have enough work to do, handling the stuff he's already patented, without worrying about anything that isn't salable yet. So?"
Condley nodded, then gestured toward a chair. "Sit down, Mr. Luckman. Do you know these other gentlemen?" he asked rhetorically. He proceeded to introduce the others. Sam Bending noted with satisfaction that Luckman looked rather puzzled when the Russian was introduced.
Condley himself sat down again, and said: "Well, we're all here. We're not going to make this formal, gentlemen, but I hope it won't develop into a heated argument, either. Let's try to keep our tempers."
"First, as to the Converter itself. We all know, with the possible exception of Mr. Luckman, what it does, but for his benefit, we'll go over that. The Converter, by means of what Dr. Larchmont has been wont to call 'a very elegant method', produces electrical power directly from the fusion of hydrogen into helium. A pilot model, with a total volume of a little more than one and one-quarter cubic feet, is capable of turning out up to five hundred horsepower, either DC or AC in a wide range of frequencies. The voltage can be regulated from zero to one thousand volts by simply setting a dial.
"The device is powered by using ordinary water as fuel. At full capacity, the Converter consumes approximately four hundred milligrams of water per hour, which can easily be drawn from the moisture of the air. The machine is thus self-fueling.
"Since the nuclear energy released is converted almost one hundred per cent into electrical current, there is no danger from radiation; since the process is, by its very nature, self-limiting, there is no danger of explosion. The worst that can happen is for the machine to burn out, and, I understand, it won't do that unless it is purposely tampered with to make it do so.
"Finally, the device is so inexpensive to produce that it could be sold for about one-quarter of the price of an ordinary automobile." He stopped, cleared his throat, and glanced at Larchmont and Vanderlin. "Am I essentially correct, gentlemen?"