JPH08322274A - Terawatt induction acceleration circuit method for collecting electrical potential energy of dynamo ionized layer by emitting free electron laser beam from ground - Google Patents

Terawatt induction acceleration circuit method for collecting electrical potential energy of dynamo ionized layer by emitting free electron laser beam from ground

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Publication number
JPH08322274A
JPH08322274A JP15825995A JP15825995A JPH08322274A JP H08322274 A JPH08322274 A JP H08322274A JP 15825995 A JP15825995 A JP 15825995A JP 15825995 A JP15825995 A JP 15825995A JP H08322274 A JPH08322274 A JP H08322274A
Authority
JP
Japan
Prior art keywords
ground
laser beam
free electron
ionosphere
electron laser
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP15825995A
Other languages
Japanese (ja)
Inventor
Yoshitaro Mori
義太郎 森
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP15825995A priority Critical patent/JPH08322274A/en
Publication of JPH08322274A publication Critical patent/JPH08322274A/en
Pending legal-status Critical Current

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Abstract

PURPOSE: To utilize the huge clean global energy infinitely supplied from the sunlight as an industrial energy source by fetching the energy as three- dimensionally collected and concentrated energy. CONSTITUTION: Ionized tracks are formed by pulsatively emitting a free electron laser beam obtained from an electron source of grounded rectified free electron arc discharge, etc., to an ionized layer E in the air from the ground by means of a high-frequency accelerator and the electricity of the layer E is three- dimensionally collected and concentrated by using the tracks as dielectric paths (c). Then the collected and concentrated electricity is relayed in the air and received by means of an electricity receiving device 20 on the ground so that a large current of the same potential as that in the layer E can be obtained on the ground.

Description

【発明の詳細な説明】Detailed Description of the Invention

【0001】[0001]

【産業上の利用分野】この発明は、未だ広範な利用法の
なかった太陽光のエネルギーを工業的に利用すべくした
ものである。
BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is intended to industrially utilize the energy of sunlight, which has not been widely used yet.

【0002】[0002]

【従来の技術】太陽光を利用し、エネルギー源とすべく
した太陽光発電等の技術はあった。しかしこれにより得
られる電力は極めて薄く、亦昼夜天候等の影響もあり広
範な実用には適して居なかった。ましてダイナモ電離層
の電気的位置エネルギーを直接的に利用して電力化する
技術はなかった。地球の電離層は地表との間はコンデン
サー関係をなして居り、電位差は700万Vにも達して
居り巨大なエネルギー圏をなくして居る。しかも太陽光
は無限に地表に注れ、そのエネルギー源は無限である。
亦、ダイナモ電離層は自身起電力があり、従ってそれに
よる地表の陽電場も昼夜の別がなく強い電場を形成して
居る。このような事実は解明されて居り、またその利用
は人類の夢でもあった。しかしそれは技術的には未だ解
決されていない。
2. Description of the Related Art There has been a technique such as photovoltaic power generation that uses sunlight to serve as an energy source. However, the electric power obtained by this was extremely thin, and it was not suitable for a wide range of practical uses due to the effects of day and night weather. Furthermore, there was no technology to directly use the electrical potential energy of the dynamo ionosphere to generate electricity. The ionosphere of the earth has a capacitor relationship with the surface of the earth, and the potential difference reaches 7 million V, which eliminates the huge energy zone. Moreover, sunlight is infinitely pouring on the surface of the earth, and its energy source is infinite.
Also, the dynamo ionosphere has its own electromotive force, so the positive electric field on the surface of the dynamo also forms a strong electric field day and night. Such facts have been clarified, and its use was a dream of humankind. However, it has not been solved technically.

【0003】[0003]

【発明が解決しようとする課題】人類が未だ利用すべき
技術を知らなかった自然界の巨大クリーンなエネルギー
を地上よりの強力な自由電子レーザービームをパルス的
に発射させることにより電離した飛跡を形成させその飛
跡(e)を電導して電離層陽電流を地上に導電し、これ
を地上空中にて中継し、地上に池水槽中に導電せしめる
ようしてこれを解決に導いた。
[Problems to be Solved by the Invention] An ionized track is formed by pulsing a powerful free electron laser beam from the ground with a huge clean energy of nature, which human beings have not yet known to use. The track (e) was conducted to conduct the ionospheric positive current to the ground, and this was relayed in the air above the ground, and it was conducted to the ground in a pond water tank, which led to the solution.

【0004】[0004]

【課題を解決するための手段】次にその手段方法につい
て図面についても説明する。その目的のためパルス回路
法と高周波加速回路法と自由電子接地整流回路法が用い
られる。これの装置は電子源を接地整流アーク放電
(9)加速器電源を高周波加速電源(10)とする付加
電圧はアーク放電力(4)10KV 周波数20kHzが利用されるこれにより発射される自
由電子レーザービームは接地アーク放電により加熱荷電
されその力量は1 012wにも達する。このレーザー
ビームはパルス巾0.01secでその間隔は1sec
として継続させるこのレーザービーム(1)を地上より
上空電離ダイナモ層(e、D)に向けて発射し電離した
導電回路(e)を形成させる。この導電回路(e)を電
導して電離層(E)の陽電流が空中電導体(17)にて
中継され地上受電池水槽(20)に電導されるようにし
て電源が得られ、これにより地上において電離層(C、
D)における同じ電力を得られるようにしてこれを解決
した。
Means for solving the problems will be described with reference to the drawings. For that purpose, the pulse circuit method, the high frequency acceleration circuit method, and the free electronic grounding rectification circuit method are used. This device uses an electron source as a ground rectification arc discharge (9) and an accelerator power supply as a high frequency acceleration power supply (10) with an additional voltage of arc discharge power (4) 10 KV. A free electron laser beam emitted by this, which uses a frequency of 20 kHz, is heated and charged by a ground arc discharge, and its power reaches 10 12 w. This laser beam has a pulse width of 0.01 sec and its interval is 1 sec.
This laser beam (1) that is continued as is emitted from the ground toward the sky ionization dynamo layer (e, D) to form an ionized conductive circuit (e). The conductive circuit (e) is conducted so that the positive current of the ionosphere (E) is relayed by the aerial conductor (17) and conducted to the ground receiving battery tank (20) to obtain a power source. At the ionosphere (C,
This was solved by getting the same power in D).

【0005】[0005]

【作用】次に本発明に深く関わりその要素の一つでもあ
る上空大気圏の電気的エネルギーについても述べておく
必要がある。地球と電離層で形成されているコンデンサ
ーに蓄えられている静電エネルギー量は1/2CV
=1.8×1012Jである(C=電気量、V=電位
差)これらの電力を電力単位で表すと10×10Kw
hになる。これだけの電力量が毎秒光速単位で地球に注
がれ供給放射の平衡が保たれて居る。そのエネルギー量
だけを考慮すると毎秒10×1024wの電力にもな
る。(ちなみに本発明に関わりある空気中におけるその
電離イオン化エネルギーは12.2〜15.5eVであ
り、解離エネルギーは4.47eVである。) 地上80Km附近の電離層(E)は空気密度が4Tor
r以下と極めて低く紫外線に富み極めて電導性がよい。 点電位はこの関係式に従う。従って其の電位は地上より
の高さ(h×100V)となる。よって地上80Kmの
電離層(E)の電位は700万Vとなり地表はO電位と
なる。自然界におい ダの起点は電離層(E)と地表の中間附近30〜40K
附近である。本発明においては自然界発雷は極めて重要
な意義がある。尚地上よりの電位傾度と電離層よりのそ
れとは同じものである。亦地球コンデンサーにおいては
地上より発射される負の電束ビームには電離層の電離プ
ラズマ陽電流が鋭敏に反応して集束する性質がこれは極
めて重要なものである。亦電離層中では太陽光光電範囲
は10Km範囲とすれば集光電力は、光電化率(1,
35×10w×10Km)で、その1000分の1
の光電子が光電化したとしてもその力量は終局的にその
位置エネルギー関係で着地電力21TWにもなる上空大
気圏は上述の如くであるが、地上においては地表とは絶
縁系に設置された基台( 15)には地表とは整流器
(7)に接続された自由電子レーザ 置即ち接地,電電極(7)、アーク熱電子発生電極
(5)、電子整流器(7)、 6)、夫々の電源装置(10)(9)、蒸気発生装置
(22)、発電装置(23)、配電装置(24)等図面
で示す各回路装置及び部分部品よりなる。次に逐次その
作動を記する。周期構造をもった直線型高周波加速器
(14)はパルス自由電子レーザービーム発生器(1)
に整流接地接続されているこれによって地上より上空電
離層(D、E)に向って自由電子レーザービーム(1)
を発射させ電離した飛跡(e)を形成させる。この飛跡
を電導して電離層(E)よりは光電電離解離した電気と
)上空において導電ビーム(1)に近接して設けられて
いる導電体(17)に継電され受電池水槽(20)によ
って受電されるようになっておる。更にその作動を分析
して実情に即して述べる。 より周波数20KHz多段式合計100段のコックーク
ロフトーウルトン型加速 うし、これをパルス巾0.01sec間隔1secとし
て電離層(E)に向けて連続的に発射さす。このとき電
子ビーム飛跡(1)は瞬間には加熱され暫らくは電離し
た飛跡を残す。そのとき微視的には(電離電圧15,4
27eV)×(加速電圧eV100万)×(電子流10
)×(ビーム断面積3mm)となり空気との衝突に
より2〜3万℃の高温に達する。この電離した飛跡を伝
導して電離層よりは陽電流が下向きに誘電誘起される。
そして自由電子レーザービームと高度30〜40Km付
近で総合発熱消失する。 Kmの速さで受電装置を充電させる。以降之が繰り返さ
れ目的電流が得られるようなって居る。誘媒電される陽
電流は30KAmpにも達する。各受電装置の電圧降下
はこれの使用後中10万Vを下らないよう設計されてお
り電圧降下がこれ以上になると自動的にビーム発射を切
り替えるよう設計されて居る。
Next, it is necessary to describe the electrical energy in the upper atmosphere, which is closely related to the present invention and is one of the elements. The amount of electrostatic energy stored in the capacitor formed by the earth and the ionosphere is 1/2 CV 2 J
= 1.8 × 10 12 J (C = electric quantity, V = potential difference) When these electric powers are expressed in electric power units, 10 × 10 5 Kw
becomes h. This amount of electric power is poured into the earth at the speed of light per second and the supplied radiation is balanced. Considering only the amount of energy, the electric power is 10 × 10 24 w / s. (By the way, the ionization ionization energy in the air related to the present invention is 12.2 to 15.5 eV and the dissociation energy is 4.47 eV.) The ionosphere (E) near 80 Km above the ground has an air density of 4 Tor.
It is extremely low as r or less and rich in ultraviolet rays and has very good electrical conductivity. The point potential follows this relational expression. Therefore, the potential is higher than the ground (h × 100V). Therefore, the potential of the ionosphere (E) at 80 km above the ground is 7 million V, and the ground surface is at O potential. Smell in nature The starting point of da is 30-40K near the ionosphere (E) and the surface of the earth.
It is near. In the present invention, natural lightning strikes have a very important significance. The potential gradient from the ground is the same as that from the ionosphere. In the earth condenser, the property that the ionized plasma positive current in the ionosphere reacts sensitively to the negative ion beam emitted from the ground and is focused is very important. Also condensing power if solar photoelectric range 10Km 2 range in the ionosphere, light electrification rate (1,
35 × 10 3 w × 10 Km 2 ), which is 1/1000 of that
Even if the photoelectrons of the photoelectron are photoelectrically converted, the power thereof will eventually reach the landing power of 21 TW due to the potential energy relationship. The atmosphere in the sky is as described above, but on the ground, a base installed in an insulating system with the ground surface ( 15) is a free electron laser connected to the rectifier (7) Place or ground, electric electrode (7), arc thermoelectron generating electrode (5), electronic rectifier (7), 6), each power supply device (10) (9), steam generator (22), power generation device (23), power distribution device (24) and the like, each circuit device and partial parts shown in the drawings. Next, the operation will be described sequentially. The linear high-frequency accelerator (14) having a periodic structure is a pulsed free electron laser beam generator (1)
This is connected to the rectification ground to the free electron laser beam (1) from the ground toward the upper ionosphere (D, E)
To form an ionized track (e). Electricity and red that have been dissociated by photoionization from the ionosphere (E) by conducting these tracks ) A conductor (17) provided in the vicinity of the conductive beam (1) in the air is relayed so that the battery water tank (20) receives the power. Furthermore, its operation is analyzed and described according to the actual situation. Frequency 20KHz multi-stage type 100-stage total Cock-Croft-Ulton type acceleration Cattle are continuously emitted toward the ionosphere (E) with a pulse width of 0.01 sec and an interval of 1 sec. At this time, the electron beam track (1) is momentarily heated and leaves a track of being ionized for a while. At that time, microscopically (ionizing voltage 15,4
27 eV) x (accelerating voltage eV 1 million) x (electron flow 10
5 ) × (beam cross-sectional area 3 mm 2 ), which reaches a high temperature of 20,000 ° C. due to collision with air. Conducting this ionized track, a positive current is dielectrically induced downward from the ionosphere.
Then, the total heat generation disappears in the vicinity of the altitude of 30-40 km with the free electron laser beam. Charge the power receiving device at a speed of Km. After that, the target current is obtained repeatedly. The positive current induced by electromotive force reaches 30 KAmp. The voltage drop of each power receiving device is designed so as not to drop below 100,000 V after its use, and is designed to automatically switch the beam emission when the voltage drop exceeds this value.

【0006】[0006]

【実施例】次に本発明の実施例について説明する。 1.用いた加速器 コッククロフトーワルトン型多段式直線形高電圧加速器
を用いた。 2.高周波変流直列 50段×2ブロック合計100段 3.発生周波数 20KHz 4.発生加速電圧 100万eV 5.常時通電電圧電流 10KV×10KAmp 6.接地アーク放電電圧 10KV×50KAmp以上 7.パルス放電巾 先駆発射の場合 0.01sec 10.アーク放電と加速器は同時性に設計されている。 11.受電陽電流巾 1sec×毎sec継続 12.このビーム発射 受電は以降引続き継続される。 13.陽電流速度 秒速10万Km 14.電子ビーム断面積 3mm 15.自由電子レーザービームと陽電流の結合高度 3
0Km〜40Km 16.先駆放電に要する電力 10KV×50KAm以
上12TW 17.得られた電導電圧 700万V 18.得られた電流 30KAmp 19.得られた電力 21TW/sec 20.自由電子レーザービーム発射にこれに要した電力
の差引利得電力16TW/sec 21.これら電力を調整することは困難である。
EXAMPLES Next, examples of the present invention will be described. 1. Accelerator used A Cockcroft-Walton multistage linear high voltage accelerator was used. 2. High frequency current series 50 stages x 2 blocks 100 stages in total 3. Generation frequency 20 KHz 4. Generated acceleration voltage 1 million eV 5. Constant energizing voltage / current 10KV × 10KAmp 6. Ground arc discharge voltage 10KV × 50KAmp or more 7. Pulse discharge width In case of precursor firing 0.01 sec 10. The arc discharge and accelerator are designed to be synchronous. 11. Received positive current width 1 sec x every sec continued 12. This beam emission and power reception will continue thereafter. 13. Positive current speed 100,000 km / s 14. Electron beam cross-sectional area 3 mm 2 15. Free electron laser beam and positive current coupling altitude 3
0Km-40Km 16. Electric power required for pioneering discharge 10KV × 50KAm or more 12TW 17. Obtained electroconductive pressure of 7 million V 18. Obtained current 30 KAmp 19. Obtained power 21 TW / sec 20. 20. Subtractive gain power 16TW / sec required for the free electron laser beam emission 21. Adjusting these powers is difficult.

【0007】本発明は上記ような構成になっており、そ
の稼動するときはこれに連動する各装置が自動連動する
ようになって居る。この始発時予め電源(9)を有する
アーク電子発生器(14)に入力してアーク放電と同時
に接地整加速する加速レーザー加速器(12)に入力さ
れ自由電子レーザーを含むレーザービーム(3)が発射
される。すると電離層プラズマ電界(E)よりはこれに
呼応して陽電流リーダ(e)が発生しパルス発射電子ビ
ームと結合して発熱消去する。電子ビームが停止すると
同時にこの電離した通電路(e)は陽電気通電路となり
その電位差に応じた高電圧の陽電流が絶縁破壊的に似た
状態で低電位の各受電装置(20)に流れ込むものでこ
の電流は空中にて中継受電されるようになって居り、各
受電池水槽(19)を充電させる。本発明は上述のよう
に構成されており、その回路電流は直接的な電源となり
亦は間接的な電源として利用される。尚この発電装置1
基は通常型発電機160基分にも当りこれ1基は日本全
国の需要発電を賄える程でもある。テラワット発電法由
縁でもある。
The present invention has the above-described structure, and when it operates, each device interlocked with it automatically interlocks. At the time of the first launch, a laser beam (3) including a free electron laser is emitted which is input to an arc electron generator (14) having a power source (9) in advance and is input to an accelerating laser accelerator (12) for grounding and accelerating simultaneously with arc discharge. To be done. Then, a positive current reader (e) is generated in response to the ionospheric plasma electric field (E), which is combined with the pulsed electron beam to erase heat. At the same time when the electron beam is stopped, the ionized conduction path (e) becomes a positive electric conduction path, and a high-voltage positive current corresponding to the potential difference flows into each low-potential power receiving device (20) in a state similar to dielectric breakdown. This electric current is relayed and received in the air, and charges each receiving battery tank (19). The present invention is constructed as described above, and its circuit current is used as a direct power source and is used as an indirect power source. This power generator 1
The base is equivalent to 160 normal generators, and this one is enough to cover the demand power generation in Japan. It is also related to the terawatt power generation method.

【0008】[0008]

【発明の効果】【The invention's effect】

1.今まで人類の利用できなかった自然界の濃密にして
クリーンなエネルギーを効果的に大規模に利用できる。 2.太陽光利用であるため無限にして、しかも機構簡単
で維持経費も安く得られる。 3.太陽光利用であるため安価に、しかも原料不要に得
られる。 4.地球エネルギーは極めて巨大なるため人類の利用程
度で環境に影響を興えない。 5.これによって人類は究極永遠なるエネルギーを得た
ことになり人類のエネルギー問題は解決したとも言え
る。
1. It is possible to effectively use the dense and clean energy of the natural world which was not available to humankind until now. 2. Since it uses sunlight, it is infinite, and the mechanism is simple and maintenance costs are low. 3. Since it uses sunlight, it can be obtained inexpensively and without the need for raw materials. 4. Since the earth's energy is extremely huge, it cannot be used for humans to affect the environment. 5. It can be said that humanity has obtained the ultimate eternal energy by this, and the energy problem of humankind has been solved.

【図面の簡単な説明】[Brief description of drawings]

【図1】本発明の原理を示す図FIG. 1 is a diagram showing the principle of the present invention.

【図2】本発明の態様を示す図、A部拡大図FIG. 2 is a diagram showing an embodiment of the present invention, an enlarged view of part A.

【図3】本発明の態様と図、受電部を示す図FIG. 3 is a diagram showing an embodiment and a drawing of the present invention, and a power receiving portion.

【符号の説明】[Explanation of symbols]

(E)はEダイナモ層 (D)はD層 (e)は陽電流 (1)はパルスレーザー自由電子ビーム (2)は導波管 (3)はアーク放電自由電子レーザービーム (4)はアーク放電陽極 (5)はアーク放電陰極 (6)は放電室 (7)はアーク放電用整流器 (8)はアーク放電接地電極 (9)はアーク放電電源 (10)は加速器用高周波電源 (11)は加速器用高電圧発生器 (12)は加速器加速回路 (13)は加速器、アーク放電パルス連結回路 (14)は加速器本体 (15)は絶縁台 (16)は地表 (17)は空中陽電流受電導体 (18)は陽電流 (19)は陽電流受電槽体 (20)は陽電流池水槽 (21)は池水槽群 (22)は蒸気発生器 (23)は発電機 (24)は配電盤 (25)は廃蒸気 (26)は絶縁台 (27)は接地 (E) E dynamo layer (D) D layer (e) positive current (1) pulsed laser free electron beam (2) waveguide (3) arc discharge free electron laser beam (4) arc Discharge anode (5) is arc discharge cathode (6) is discharge chamber (7) is arc rectifier (8) is arc discharge ground electrode (9) is arc discharge power supply (10) is high frequency power supply for accelerator (11) High voltage generator for accelerator (12) Accelerator acceleration circuit (13) Accelerator, Arc discharge pulse connection circuit (14) Accelerator body (15) Insulator (16) Ground surface (17) Air positive current receiving conductor (18) is a positive current (19) is a positive current receiving tank body (20) is a positive current pond tank (21) is a pond tank group (22) is a steam generator (23) is a generator (24) is a switchboard (25) ) Is waste steam (26) is the insulating base (27)

Claims (2)

【特許請求の範囲】[Claims] 【請求項1】(イ)地表とは必須通伝路以外は絶縁系に
設けられた基台(15)上の接地アーク放電気を接地高
周波加速回路法により充分力量加速した自由電子レーザ
ービームとし上空電離層(D、E)に発射して電離した
導電回路(e)を形成させる方程と、(ロ)この導電回
路(e)を導電し電離層中にて立体的に電導集合濃密化
させる増副の方程と、(ハ)この濃密化した陽電気を空
中においてビーム(e)に極近接して設けた電導体(1
7)に電導させて多数個(20)の水池槽(20)にて
受電さすべくした受電方程と、(ニ)これら各方程の組
合せにより地上において電離層におけると同じ電力を得
られるようしたことを特長とする。ダイナモ電離層の電
気的位置エネルギー電気の地上よりの自由電子レーザー
ビーム発射によるテラワット誘電加速回路法。
1. (a) What is a ground surface? A free electron laser beam in which ground arc discharge gas on a base (15) provided in an insulating system other than an essential communication path is sufficiently accelerated by a ground high frequency acceleration circuit method. A method of forming a conductive circuit (e) that is ionized by being emitted to the sky ionosphere (D, E), and (b) an augmentation that conducts this conductive circuit (e) and three-dimensionally concentrates the conduction in the ionosphere. And (c) an electric conductor (1) provided with this concentrated positron in the air in the immediate vicinity of the beam (e).
(7) The electric power receiving process that was conducted by conducting the electric power to 7) and receiving it in a large number (20) of water tanks (20), and (d) that the same electric power as that in the ionosphere can be obtained on the ground by combining these processes. Features. Electric potential energy of dynamo ionosphere Terawatt dielectric acceleration circuit method by emitting free electron laser beam from the ground of electricity.
【請求項2】 請求項1による回路法にて得たる電気を
電源とする電源法。
2. A power source method using electricity obtained by the circuit method according to claim 1 as a power source.
JP15825995A 1995-05-22 1995-05-22 Terawatt induction acceleration circuit method for collecting electrical potential energy of dynamo ionized layer by emitting free electron laser beam from ground Pending JPH08322274A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP15825995A JPH08322274A (en) 1995-05-22 1995-05-22 Terawatt induction acceleration circuit method for collecting electrical potential energy of dynamo ionized layer by emitting free electron laser beam from ground

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP15825995A JPH08322274A (en) 1995-05-22 1995-05-22 Terawatt induction acceleration circuit method for collecting electrical potential energy of dynamo ionized layer by emitting free electron laser beam from ground

Publications (1)

Publication Number Publication Date
JPH08322274A true JPH08322274A (en) 1996-12-03

Family

ID=15667719

Family Applications (1)

Application Number Title Priority Date Filing Date
JP15825995A Pending JPH08322274A (en) 1995-05-22 1995-05-22 Terawatt induction acceleration circuit method for collecting electrical potential energy of dynamo ionized layer by emitting free electron laser beam from ground

Country Status (1)

Country Link
JP (1) JPH08322274A (en)

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