All at once it dawned upon him that the seat next to him was empty. "Alice, Alice," he muttered, trying to shake off his stupor2, "Alice, where are you?"
There was no reply. The driver, his hands on the steering4 disc, was slumped5 forward in his seat, his head sunk on his breast.
With a stupendous effort Ralph managed to open the glass window in front of him. Instantly the strong odor of chloroformal almost overpowered him, and a terrible sensation of nausea6 forced him to cling blindly to his seat. In a moment it passed and he was able to collect his senses somewhat. His first thought was for Alice. His dimmed sight had cleared sufficiently7 for him to see that she was not in the cab. He thought she must have fallen into the sea, and in his agony he cried aloud her name again and again.
And then a recollection came to him, of her father's words on the first morning of their visit. He had feared for Alice. Someone had threatened her. Ralph forced his[Pg 148] still wandering mind to concentrate. Some one had threatened to kidnap her, and that someone was Fernand 60O 10.
He recalled the stranded8 aerocab. Its helplessness had been a trick to deceive him, and to get near enough to drug him and his driver while they took Alice away.
The thought aroused him from his dreadful lethargy. With a rush his vitality10 came back. He flung himself upon the stupefied driver and shook him violently.
The cab was still flying at an even speed in a great circle and Ralph saw that it was imperative11 that he get control of it at once, for another machine, bound evidently for New York, was bearing down upon the helpless men.
With a powerful shove he got the driver into the auxiliary12 seat and climbed over, seizing, as he did so, the steering disc. He flung it over, just in time to escape the onrushing cab, whose occupants, as it passed, leaned out, and in fluent profanity inquired if he wanted the whole airway13.
Unheeding, Ralph set the steering disc toward New York, and proceeded to lighten the cab. Overboard went the glass doors, cushions, matting, even the hood14 of the machine. Everything that he could wrench15 off he tossed to the dark waters beneath him.
The cab, relieved of the weight of its equipment shot ahead at tremendous speed, and in less than ten minutes dropped onto the landing place on top of the scientist's laboratory. Leaving the driver where he was Ralph dashed into the building. Meeting Peter he did not stop, only motioned him to the cab while he himself sprang to[Pg 149] the nearest Telephot. And within fifteen minutes every detective and special agent had been notified of the disappearance17 of Alice. Ralph had immediately transmitted the lost girl's photograph to the Central Office where it was placed before a Telephot connecting with every member of the entire police force, and the picture was reproduced for them in their portable radio instruments for ten seconds, enabling them to get her features firmly impressed on their minds.
His next act was to call the Intercontinental Hotel where Fernand had been stopping.
Upon inquiry19 he was informed that Fernand had left three hours ago with his baggage. His destination was unknown.
"I knew it!" Ralph muttered to himself.
On second thought it occurred to him that it might be of advantage to visit the hotel, and as it was only a few blocks away he flew over to it, leaving his assistants in charge of his radio stations, with strict orders to record every message, to tune20 into everything, and to take the messages down on the recorder discs.
At the hotel he was recognized at once, and as the news had spread over the city like wild-fire, he was treated with every consideration.
He closely questioned everyone and then asked to see the rooms which Fernand 60O 10 had occupied.
The rooms were just as their occupant had left them and Ralph requested that he be undisturbed there for a short time.
He examined every nook and corner without finding anything to give him a clue to Fernand's whereabouts,[Pg 150] and he was about to leave when his eye caught the reflection of a light-ray falling on a bright object under the dresser.
Insignificant21 as the little metal object was, it was enough to convey a fearful picture to his mind. He recognized it at once as a metal turning belonging to the balancer of the Gyro-Gyrotor of a Space Flyer. Evidently the metal part had been dropped and Fernand had not had the time to look for it. Ralph decided23 that Fernand had obtained a supply of the parts which are only required on a prolonged flight into space.
He was now positive that Fernand 60O 10 had carried off his sweetheart in a space flyer and that the machine by this time was probably far away from the earth, headed for unknown regions. It would also be practically impossible to follow without knowing the direction of the space-defying machine.
In a daze24 Ralph returned to his laboratory, where he again called the Central Office. As all space flyers must be licensed25 by law, he had no trouble in getting the information he desired. A new machine of a well-known Detroit firm had been registered four days ago, and the description of the owner answered to that of Fernand 60O 10.
Late as it was, Ralph immediately communicated with the Detroit manufacturer, who, upon hearing his reasons for the request, supplied him with all the necessary details.
Ralph learned from him that the purchaser of the new machine, one of the very latest models, was Fernand, beyond any doubt, and when he was informed that the latter had plentifully26 supplied himself with spare parts as[Pg 151] if for a long journey, and moreover, the most significant fact that the cabin had been fitted out as a lady's boudoir, then indeed were his worst suspicions confirmed.
The manufacturer also told him that the entire outside shell was of Magnelium—an invention of Ralph's—and that this flyer was the first to be equipped with the new metal.
As he concluded his conversation and disconnected, Ralph brought his clenched28 fist down upon the desk. "Magnelium," he muttered between set teeth, "the only machine out in the universe made with Magnelium. Magnelium, my own Magnelium, about which no one in the world knows more than I do. Perhaps the odds29 are not all with you, Fernand, damn you!"
At first thought it might be considered a difficult feat18 accurately30 to locate a machine thousands of miles from the earth, speeding in an unknown direction somewhere in the boundless31 universe. The feat was easy to the scientist. As far back as the year 1800 astronomers32 accurately measured the distance between the earth and small celestial33 bodies, but it was not until the year 2659 that Ralph 124C 41+ succeeded in accurately determining the exact location of flyers, in space, beyond the reach of the most powerful telescope.
illus
[Pg 152]
A pulsating34 polarized ether wave, if directed on a metal object can be reflected in the same manner as a light-ray is reflected from a bright surface or from a mirror. The reflection factor, however, varies with different metals. Thus the reflection factor from silver is 1,000 units, the reflection from iron 645, alomagnesium 460, etc. If, therefore, a polarized wave generator35 were directed toward space, the waves would take a direction as shown in the diagram, provided the parabolic wave reflector was used as shown. By manipulating the entire apparatus36 like a searchlight, waves would be sent over a large area. Sooner or later these waves would strike a space flyer. A small part of the waves would strike the metal body of the flyer, and these waves would be reflected back to the sending apparatus. Here they would fall on the Actinoscope (see diagram), which records only reflected waves, not direct ones.
From the actinoscope the reflection factor is then determined37, which shows the kind of metal from which the reflection comes. From the intensity38 and the elapsed time of the reflected impulses, the distance between the earth and the flyer can then be accurately and quickly calculated.
The reflection factor of Magnelium being 1060, Ralph succeeded in locating Fernand's space flyer in less than five hours' search. He found that Fernand's machine at that time was about 400,000 miles distant from the earth and apparently39 headed in the direction of the planet Venus. A few seconds' calculation showed that he was flying at the rate of about 45,000 miles an hour. This was a great surprise to Ralph and it puzzled him somewhat. He knew that Fernand's machine was capable of making at least[Pg 153] 75,000 miles an hour. Ralph reasoned that if he were in Fernand's place, he would speed up the flyer to the utmost.
Why was Fernand flying so leisurely40? Did he think himself secure? Did he think that nobody could or would follow? Or was he having trouble with the Anti-Gravitator?
Ralph could not understand it. However, his mind had already been made up. He would pursue Fernand even though it took him into those parts of the solar system yet uncharted, and, if necessary—kill him!
It was now noon, and he gave sharp, quick instructions to his assistants, ordering his space flyer, the "Cassiopeia," to be made ready at once. Provisions sufficient to last for six months were put on board and Ralph himself installed a great number of scientific instruments, many of which he considered he might find useful. He also ordered a large number of duplicate parts of the flyer's machinery41 to be stowed on board in case of emergency.
To the astonishment42 and dismay of Peter and the others, the scientist announced his intention of making the journey alone.
"The fight is to be man against man, brain against brain," he said as he stood by his space flyer which was in readiness upon the tower-platform. "Today it is not brute43 force that counts, but scientific knowledge. I will demonstrate to the world that crimes of this kind need not be tolerated."
He stepped onto the running board as he spoke44 and was about to step into the flyer when the sound of an aeroflyer descending45 close by made him hesitate. It was a government flyer, and even as Ralph paused, it landed on[Pg 154] the platform beside his own machine, and a smartly uniformed young official sprang from the seat beside the driver. Saluting46 Ralph he handed him a transcribed47 telegram with the words:
"Message from the Planet Governor, sir."
Dismay seized the scientist, as, breaking the seal of the wrapper, he read the printed words:
Unipopulis, Sept. 34, 2660,
Planet Governor's Capitol.
I extend to you my sincere sympathy.
I will this afternoon place at your disposal six Government space flyers, the crews of which are absolutely under your instructions.
I must, however, caution you not to enter into any pursuit in person.
As Planet Governor it is my duty to advise you that you have not the right to place your person in unnecessary danger.
Allow me furthermore to point out to you that under the law "+" scientists are not allowed to endanger their lives under any circumstances.
I therefore command you not to leave the earth without my permission.
I have ordered your space flyer to be guarded.
William Kendrick 21K 4,
The 18th Planet Governor.
To
Ralph 124C 41+,
New York.
[Pg 155]
Ralph read the radiogram twice before he folded it slowly and deliberately50 thrust it into his pocket.
Then slowly withdrawing his hand and extending it to the government official, he said:
"Well, I must obey orders."
The official took the proffered51 hand, and no sooner had he grasped it than he stiffened52 and became as rigid53 as stone.
With one bound Ralph was in his machine crying to the stupefied audience:
"Don't worry about him. I pricked54 his hand with a little Catalepsol. In fifteen minutes he will be all right again."
He slammed the door of his space flyer and simultaneously55 the machine rose as if shot from a cannon56, and in ten seconds was lost to sight.
Since the Dark Ages, men have had a powerful longing22 to leave Earth and visit other planets. Towards the end of the twenty-first century, when atmospheric57 flying had become common, scientists began seriously to think of constructing machinery to enable man to leave the confines of the planet to which humanity had been chained for ages.
Towards the beginning of the twenty-second century economic conditions had become acute and the enormous population of Earth, which had passed the twelve billion mark, clamored for an adequate outlet58 which the planet itself could no longer furnish.
The moon was regarded with longing eyes, and although that body was known to have no atmosphere and was known to be sterile59, it was equally well known that Earth's scientists and engineers felt that they could, in a[Pg 156] few years' time, make it habitable.
Atmospheric flying machines were, of course, totally unsuited, as they could not even reach the limits of the Earth's atmosphere, only forty miles away.
Obviously to reach the moon or any other celestial body, it was necessary to devise a method of overcoming the enigmatical force known as the Earth's gravity, which chains all bodies to the planet.
A multitude of inventions and suggestions were made, but none proved to be of any value until the Anti-Gravitator was invented by the American 969L 9 in the year 2210.
This scientist had made extensive studies of the gyroscope and had finally evolved a machine which when set in motion would rise freely and continue to rise as long as power was supplied.
969L 9 took a large hollow sphere (the rotor) inside of which he built a number of independent gyroscopes, all of which traveled in fixed61 orbits. The large sphere which hung in a gyroscopic frame was made to spin around on its axis62 at great speed. This sphere thus acted as the fly-wheel of a gyroscope and as such was not influenced by the so-called horizontal gravity. As in the case of simple gyroscopes, its axis would always be in a vertical63 line as long as the spheric rotor was in motion.
If, however, the independent gyroscopes inside of the sphere were set in motion by means of electrical current, the Vertical Gravity (weight) was overcome, the entire contrivance rising into the air, its rising (lifting) speed being directly proportional to the speed of the enclosed gyroscope rotors.
[Pg 157]
From 969L 9's experimental work the anti-gravitators were perfected, and it became possible to lift a weight of 1,000 kilograms with an anti-gravitator weighing but 12 kilograms.
Space flyers were equipped with from six to twelve large anti-gravitators attached to various points of their shells, all of which could be worked in unison64, or operated independently in order to control the direction of the flyer.
As Ralph's space flyer rushed through the atmosphere, the friction65 of the machine against the air made the interior uncomfortably hot in spite of the fact that the machine had triple walls, the spaces between being filled with poor heat conducting materials.
After the flyer, however, had left the atmosphere, the stellar cold rapidly made itself felt.
Ralph then took his bearings, after he had verified, by means of the polarized wave transmitter that Fernand's flyer was still headed towards Venus. He then locked the steering disc and the space flyer continued its journey in a straight line of pursuit toward the machine of Fernand.
This done, Ralph flashed a radiogram asking the Planet Governor's indulgence for disobeying the law. Then he took his first look at the earth, which, since he was traveling at the rate of 80,000 miles an hour, had shrunk to the dimensions of a medium-sized orange. As he was flying toward the sun, Earth, being directly behind him was fully27 illuminated66 and appeared like a full moon. The continents and oceans were visible except where temporarily obscured by mist or clouds.
The general aspect of the Earth as seen from Ralph's flyer was that of a delicate faint blue green ball with white[Pg 158] caps at each of the poles. The ball was surrounded by a pinkish ring near the circumference67. This was the earth's atmosphere, the white caps being snow and ice around the north and south poles.
The brilliantly lighted earth was silhouetted68 against the inky black sky in sharp contrast.[8] The moon, hidden behind the earth, was not in evidence, when Ralph first looked earthward.
The stars shone with a brilliancy never seen from Earth; distant constellations69 which ordinarily cannot be seen, except, with a telescope, were plainly visible to him, in outer space.
The sun shone with a dazzling brilliancy in a pitch-black sky, and had he looked directly into its rays he would have been stricken blind.
The heat of the sun in the outside space when striking objects was tremendous. Had he held his hand against the glass window of the space flyer where the sun could strike it full, his hand would have been burned in a few seconds.
There was of course no night in the outer space (within the bounds of the planetary system). The sun shone uninterruptedly.
Time was an unknown quantity. Had it not been for the chronometer70, reeling off seconds and minutes according to man's standard, time would cease to exist in a space flyer.
To a man who had never left the Earth, the phenomena[Pg 159] encountered inside of a space flyer in the outer space was still more amazing.
"Weight" is synonymous with the gravity of the Earth. The denser71 a celestial body, the greater its gravity. The larger such a body is, the more strongly it will attract its objects. The smaller the body (if it has the same density), the smaller its force of attraction.
Thus a man weighing eighty kilograms on a spring scale on the earth, would weigh but thirty kilograms on the planet Mars. On the sun, however, he would weigh 2232 kilograms.
Inside of a space flyer, which had an infinitely72 small gravity, objects weighed practically nothing. They were heaviest near the walls of the machine, but in the exact center of the flyer, all objects lost their weight entirely73. Thus any object, regardless of its earthly weight, hung freely suspended in the center of the space flyer. It could not move up or down, of its own accord, but hung stationary74, motionless, like a balloon in the air.[9]
The occupant of a space flyer, having no weight, moved around with astonishing ease. He almost floated around in the machine. There was no physical labor16. The biggest table was no heavier than a match. The passenger in a flyer could perform an incredible amount of work without tiring and without effort.
He could walk up the walls or walk "upside down" on the ceiling without danger of falling, as there is no "up" or "down" in outer space.
Sleep was practically impossible. There being nothing[Pg 160] to tire the occupant, sleep is unnecessary. Dozing75 off is all he can do, and that could never last long, except after strenuous76 mental work.
As long as a space flyer was not too far distant from the sun (within the orbit of Mars, at least), little artificial heat was needed. The sun heated one-half of the flyer's shell to a fierce heat, but the side turned away from the sun was exposed to the terrible stellar cold (absolute zero) and a fairly comfortable temperature was the result.
The air supply was manufactured by chemical means on board, but very little was needed, as the original supply taken from the earth is used over and over by altering the carbonic acid gas by means of automatic generators77.
It was of course of the utmost importance that no port-hole or doors leading to the outside be opened. The air would have rushed from the flyer instantly, resulting in a perfect vacuum inside of the flyer, and instant death to all living organisms.
As the flyer moved away from a celestial body, the less the mechanical energy needed to propel it. There were of course exceptions. Thus between every two celestial bodies a point will be found where the attraction that one body exerts on the other is zero. If the flyer were brought to this point its gyroscopes could be at rest, as the machine would not be attracted by either body. It would "hang" between the two just as an iron ball hangs between two powerful magnets if carefully balanced. Give it the slightest push, however, and the ball will fly to either of the magnets.
The same was true of a space flyer, between two bodies at the "zero point." If it moved over that point it was im[Pg 161]mediately attracted by one of the bodies, and if its gyroscopes refused to work, the flyer would have been dashed to pieces against the attracting body.
If, however, the machine came to rest at the "zero point" it would begin to turn around on its own axis, while at the same time moving in an elliptical orbit around the sun—the space flyer would become a tiny planet, and as such was subject to the universal laws of the planetary system.
It was not hard to steer3 the space flyer; the nearer it came to a celestial body, the faster the gyroscopes worked; the further it drew away, the slower their movement.
After Ralph had thoroughly78 inspected the entire flyer he devoted79 his full attention to the course of Fernand's machine. At the rate at which he was flying he computed80 that he would overtake Fernand in ten hours, provided the latter did not increase his speed meanwhile.
Fernand, when Ralph left Earth, had a handicap of 400,000 miles. He was moving at the rate of 45,000 miles an hour. Ralph's machine had made 80,000 miles an hour since its start. If everything went well he would overtake the other in ten or eleven hours.
As there was nothing else to do, he busied himself in the laboratory near the conning81 tower at the top of the flyer in an attempt to make the hours pass more rapidly. With all its speed his machine seemed to crawl. He was in an agony of impatience82.
At the end of the ninth hour he finally sighted Fernand's machine through his telescope. He then tried to signal Fernand by radio, but the other either did not hear or else did not want to answer.
[Pg 162]
Eleven hours after his departure from Earth, his machine drew to within a few hundred meters of Fernand's. After careful maneuvering83 he brought the machine parallel to the other, and looking through one of the heavy plate windows saw the strained, drawn84 and ghastly white face of Fernand staring at him.
Ralph moved a few levers and then closed a switch. A hissing85 sound was heard, and Fernand was seen to fall backwards86, the window turning green at the same moment.
Ralph had struck him senseless with his Radioperforer.
In a few minutes he anchored his flyer to the other by means of a powerful electromagnet. He then pushed the connecting tube of his flyer into the tube-joint87 of Fernand's machine. With great care he made the joint air-tight. Taking a coil of rope he opened the port-hole and crawled through the tube leading into the other flyer.
Arrived at the other end he made sure that the joint at Fernand's machine was tight before he moved on.
Fernand lay unconscious on the floor and in a twinkling Ralph had bound him with the rope.
In high excitement he bounded upstairs to gain the room Alice should be occupying. His heart throbbed88 tempestuously89. In another moment he would hold his sweetheart in his arms.
Arriving on the next floor he stood still for a moment and listened. There was no sound except for the gentle purring of the gyroscopic machinery.
He went from one room to another, then to the last one. The door was open. He entered with a strange feeling of dread9. The room was empty. Apparently it had never been used.
[Pg 163]
In terror Ralph ran from one end of the flyer to the other. He looked in every corner, in every closet. He could find neither Alice nor her maid. Where were they hidden? To make sure he went all over the ground again more thoroughly.
After the most careful scrutiny90 of every inch of the machine he fell limply into a chair, and buried his face in his hands.
Alice was not on board the flyer!!
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1
unbearably
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| adv.不能忍受地，无法容忍地；慌 | |
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stupor
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| v.昏迷；不省人事 | |
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3
steer
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| vt.驾驶，为…操舵；引导；vi.驾驶 | |
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4
steering
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| n.操舵装置 | |
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slumped
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| 大幅度下降，暴跌( slump的过去式和过去分词 )； 沉重或突然地落下[倒下] | |
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6
nausea
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| n.作呕，恶心；极端的憎恶(或厌恶) | |
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7
sufficiently
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| adv.足够地，充分地 | |
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stranded
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| a.搁浅的，进退两难的 | |
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9
dread
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| vt.担忧，忧虑；惧怕，不敢；n.担忧，畏惧 | |
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vitality
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| n.活力，生命力，效力 | |
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imperative
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| n.命令，需要；规则；祈使语气；adj.强制的；紧急的 | |
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12
auxiliary
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| adj.辅助的，备用的 | |
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13
airway
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| n.空中航线，通风口 | |
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14
hood
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| n.头巾，兜帽，覆盖；v.罩上，以头巾覆盖 | |
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15
wrench
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| v.猛拧；挣脱；使扭伤；n.扳手；痛苦，难受 | |
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labor
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| n.劳动，努力，工作，劳工；分娩；vi.劳动，努力，苦干；vt.详细分析；麻烦 | |
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17
disappearance
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| n.消失，消散，失踪 | |
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feat
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| n.功绩；武艺，技艺；adj.灵巧的，漂亮的，合适的 | |
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inquiry
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| n.打听，询问，调查，查问 | |
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tune
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| n.调子；和谐，协调；v.调音，调节，调整 | |
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insignificant
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| adj.无关紧要的，可忽略的，无意义的 | |
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longing
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| n.（for）渴望 | |
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decided
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| adj.决定了的，坚决的；明显的，明确的 | |
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daze
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| v.(使)茫然，(使)发昏 | |
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licensed
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| adj.得到许可的v.许可，颁发执照(license的过去式和过去分词) | |
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plentifully
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| adv. 许多地，丰饶地 | |
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fully
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| adv.完全地，全部地，彻底地；充分地 | |
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clenched
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| v.紧握，抓紧，咬紧( clench的过去式和过去分词 ) | |
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odds
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| n.让步，机率，可能性，比率；胜败优劣之别 | |
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accurately
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| adv.准确地，精确地 | |
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boundless
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| adj.无限的；无边无际的；巨大的 | |
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astronomers
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| n.天文学者，天文学家( astronomer的名词复数 ) | |
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celestial
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| adj.天体的；天上的 | |
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pulsating
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| adj.搏动的，脉冲的v.有节奏地舒张及收缩( pulsate的现在分词 )；跳动；脉动；受（激情）震动 | |
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generator
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| n.发电机，发生器 | |
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apparatus
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| n.装置，器械；器具，设备 | |
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determined
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| adj.坚定的；有决心的 | |
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intensity
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| n.强烈，剧烈；强度；烈度 | |
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apparently
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| adv.显然地；表面上，似乎 | |
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leisurely
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| adj.悠闲的；从容的，慢慢的 | |
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machinery
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| n.(总称)机械，机器；机构 | |
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astonishment
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| n.惊奇，惊异 | |
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brute
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| n.野兽，兽性 | |
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spoke
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| n.（车轮的）辐条；轮辐；破坏某人的计划；阻挠某人的行动 v.讲，谈（speak的过去式）；说；演说；从某种观点来说 | |
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descending
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| n. 下行 adj. 下降的 | |
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saluting
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| v.欢迎，致敬( salute的现在分词 )；赞扬，赞颂 | |
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transcribed
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| （用不同的录音手段）转录( transcribe的过去式和过去分词 )； 改编（乐曲）（以适应他种乐器或声部）； 抄写； 用音标标出（声音） | |
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calamity
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| n.灾害，祸患，不幸事件 | |
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esteem
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| n.尊敬，尊重；vt.尊重，敬重；把…看作 | |
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deliberately
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| adv.审慎地；蓄意地；故意地 | |
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proffered
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| v.提供，贡献，提出( proffer的过去式和过去分词 ) | |
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stiffened
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| 加强的 | |
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rigid
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| adj.严格的，死板的；刚硬的，僵硬的 | |
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pricked
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| 刺，扎，戳( prick的过去式和过去分词 )； 刺伤； 刺痛； 使剧痛 | |
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simultaneously
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| adv.同时发生地，同时进行地 | |
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cannon
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| n.大炮，火炮；飞机上的机关炮 | |
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atmospheric
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| adj.大气的，空气的；大气层的；大气所引起的 | |
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outlet
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| n.出口/路；销路；批发商店；通风口；发泄 | |
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sterile
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| adj.不毛的，不孕的，无菌的，枯燥的，贫瘠的 | |
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purely
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| adv.纯粹地，完全地 | |
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fixed
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| adj.固定的，不变的，准备好的；(计算机)固定的 | |
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axis
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| n.轴，轴线，中心线；坐标轴，基准线 | |
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vertical
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| adj.垂直的，顶点的，纵向的；n.垂直物，垂直的位置 | |
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unison
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| n.步调一致，行动一致 | |
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friction
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| n.摩擦，摩擦力 | |
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illuminated
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| adj.被照明的；受启迪的 | |
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circumference
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| n.圆周，周长，圆周线 | |
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silhouetted
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| 显出轮廓的，显示影像的 | |
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constellations
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| n.星座( constellation的名词复数 )；一群杰出人物；一系列（相关的想法、事物）；一群（相关的人） | |
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chronometer
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| n.精密的计时器 | |
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denser
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| adj. 不易看透的, 密集的, 浓厚的, 愚钝的 | |
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infinitely
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| adv.无限地，无穷地 | |
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entirely
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| ad.全部地，完整地；完全地，彻底地 | |
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stationary
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| adj.固定的，静止不动的 | |
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dozing
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| v.打瞌睡,假寐 n.瞌睡 | |
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strenuous
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| adj.奋发的，使劲的；紧张的；热烈的，狂热的 | |
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generators
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| n.发电机，发生器( generator的名词复数 )；电力公司 | |
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thoroughly
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| adv.完全地，彻底地，十足地 | |
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devoted
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| adj.忠诚的，忠实的，热心的，献身于...的 | |
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computed
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| adj.[医]计算的，使用计算机的v.计算，估算( compute的过去式和过去分词 ) | |
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conning
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| v.诈骗，哄骗( con的现在分词 )；指挥操舵( conn的现在分词 ) | |
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impatience
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| n.不耐烦，急躁 | |
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maneuvering
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| v.移动，用策略( maneuver的现在分词 )；操纵 | |
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drawn
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| v.拖，拉，拔出；adj.憔悴的，紧张的 | |
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hissing
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| n. 发嘶嘶声, 蔑视 动词hiss的现在分词形式 | |
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backwards
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| adv.往回地，向原处，倒，相反，前后倒置地 | |
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joint
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| adj.联合的，共同的；n.关节，接合处；v.连接，贴合 | |
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throbbed
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| 抽痛( throb的过去式和过去分词 )； （心脏、脉搏等）跳动 | |
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tempestuously
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| adv.剧烈地，暴风雨似地 | |
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scrutiny
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| n.详细检查，仔细观察 | |
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