汪錫恩=汪曦恩 發明產品 SpaceAirOcean, Vinurane, Jupiturn, XC-0 SpaceRail Habitablize Solar Stellars 發明

 

發明人Inventor：汪曦恩=Cyon Wang, Hsi-En=汪錫恩 Zion Wang, Hsi-En 職稱 Title： Crinsor(Cross Christ Queen Crown Saint Son Sir, humbly title) Lord of Bowes Lyon Family (power please see https://www.facebook.com/media/set/?set=a.5960944710596548&type=3) with CommonWealth of Nations 1931 timing King & Queen clan builders  & Antarctic Treaty System generate   HeavenSouth  IceSnow Kingdom (South Pole) King, Earth Southern QuartSphere MarShal, (if southern latitude 31.3~90 area 1/4 Earth, around 0.7718 time Pacific Ocean, half WWII Roosevelt MacArthur Eisenhower domain Area,1.598 times NATO defense area) Solar Cosmos Habitablize Inventor /Semi-Solar Cosmos Chairman /Solar Astronomical Court Moderator /Solar Conference Secretary-General Manager 汪Wang 曦恩 Cyon/Hsi-En/錫恩/Zion/Syi-En/SCean/Ci-En will build Habitablize Solar Cosmos Lands/Mining Trade Ownerships Issue Institution 未來建立適居化太陽系星球土地礦產產權證發證機構 HeavenSword Land(South Pole) Power Source: CommonWealth of Nations & Antarctic Treaty System Parties with consulting status making a claim to Antarctic territory  Trade Overall South Pole Land with "parts" of 汪Wang 曦恩 Cyon/Hsi-En/錫恩/Zion/Syi-En/SCean/Ci-En Aircrafts/Ocean Marine Ships/Energy/Transport/Medical/Food/Solar Cosmos Uranus and or Jupiter Moon or Neptune invention copyrights.                        領土主權管轄權圖示 適居化金星 和 天海王星氫能產品圖示     天水洋行 AirOcean & Co.,                                 權證發行權力來源： 發明著作權 Invention Copyrights period  170年效期 包含以上盟國機構國家存續期間 商業買者土地產權效期： 永久，購買後可自行交易。 可向 汪曦恩 問價鑑價 Habitablize Solar Stellars Inventions Products 發明適居化太陽系星體產品： SpaceAirOcean 太空天水：                 太陽系星體和運輸供氧供水 Vinurane 天海金星：天王海王星適居化金星 Majsuter 火星吸氫木土星：木星土星浮空太空站吸氫供電火箭固態運輸木衛星運至火星 XC-0 SpaceRail： 金星地球火星木衛星土衛星間 太空電磁高鐵運輸和太空器 遠端太空運輸電磁加速火箭減速 天王海王星彗星飛行至火星軌道適居化金星 和太空站吸氫土木星擲運入土木衛星適居化 汪錫恩=汪曦恩 遠端太空運輸電磁加速火箭減速 天王海王星彗星飛行至火星軌道適居化金星(可以同方法適居化俄國首登領土 火星 詳見汪曦恩 089CyonWang臉書戶 2021年3月30日 修改未直接提點火星原因 因火星屬俄國領土) 和太空站吸氫土木星擲運入土木衛星適居化 發明 Far Space Rigid Planets Asteroids Stations Transports Electromagnetic Elastic Energy Acceleration Propulsion Power HighSpeed Railways Acceleration & Rockets Deceleration Methods, & Newton 3rd Law 2 Ways Balance Essential in Space or Asteroids stations... Nuclear Missiles Can make Chain Reaction on Uranus/ Neptune Hydrogen Propulsion Fly as Comet Orbit through Asteroid Belt Absorb Mass then to Mars orbit be Binary Planets or Mars to be Uranus/Neptune Satellite, divided Part of Mass to Venus then generate H2+CO2  reactions Habitablize Venus even Mars and supply Earth Waters... Same Hydrogen methods when using on Jupiter/ Saturn Satellites none magma and diameters 500km above (ex: Jupiter Satellites 2,3,4 Saturn Satellites 3,4,5,8) , Can make Artificial Satellite Hover Space Stations to Mining Hydrogen Transport with Hydrogen Bullions to Jupiter/ Saturn Satellites to react with SiO2 CaO stones to generate Habitablize Jupiter/ Saturn Satellites Waters and Oxygen.

和太空站吸氫土木星擲運入土木衛星適居化 發明
Far Space Rigid Planets Asteroids Stations Transports Electromagnetic Elastic Energy Acceleration Propulsion Power HighSpeed Railways Acceleration & Rockets Deceleration Methods, & Newton 3rd Law 2 Ways Balance Essential in Space or Asteroids stations...

Nuclear Missiles Can make Chain Reaction on Uranus/ Neptune Hydrogen Propulsion Fly as Comet Orbit through Asteroid Belt Absorb Mass then to Mars orbit be Binary Planets or Mars to be Uranus/Neptune Satellite, divided Part of Mass to Venus then generate H2+CO2 reactions Habitablize Venus even Mars and supply Earth Waters...

Same Hydrogen methods when using on Jupiter/ Saturn Satellites none magma and diameters 500km above (ex: Jupiter Satellites 2,3,4 Saturn Satellites 3,4,5,8) , Can make Artificial Satellite Hover Space Stations to Mining Hydrogen Transport with Hydrogen Bullions to Jupiter/ Saturn Satellites to react with SiO2 CaO stones to generate Habitablize Jupiter/ Saturn Satellites Waters and Oxygen.

Tremendously Habitablize Venus & Mars

H2+CO2, H2O+CO2
please World considering why wiki regards H2+CO2 namely as Bush Reaction quote reference
to protect Bush Clan avoid conflictions

汪曦恩 look up to find Bush reaction proclaim maybe in America 2003~2006 Clean Energy Plan use H2  to eliminate CO2  greenhouse effect.

汪曦恩  Habitablize Venus & Mars invention
think use  H2 to eliminate CO2 usage will lead to Earth H2 and H2O decrease then desertification wrong usage on Earth
if without tremendous H2 source ex 汪曦恩 figure out Jupiter, Saturn, Uranus, and Neptune.
Earth H2 is Scarcity only mainly in Sea Ocean Water and Petroleum. When H2 exhausted or effusion to outer space because of non perception continuously use amounts H2 Rockets for Non-Constriction consumptions, 

Earth will be destroyed as Venus or Mars because of greenhouse effect and dry desertification.

Atmosphere High Attitude H2 usage and Non-Constructive Space H2 Rockets usage lead to H2 effusion, and Poison Viruses Pollution Air and Waters should be forbidden and punished severely penalties because continuously waist consumptions to destroy Earth, none for Mining Jupiter, Saturn, Uranus, and Neptune H2.

Before Exhaust or Effusion Earth H2 or H2O, Earth need complete finish work Jupiter, Saturn H2 Transport Lines, or then Carry Uranus, or Neptune to near Earth or Mars.

Invite Europe and Russia even disable British Commonwealth cooperate to punish America SpaceX, Blue Origin, NASA  Shameless Infringements Plagiarism Ponzi scheme style Breaking, Frauding and Stealing Market Capitals should pay to 汪曦恩 Inventions for Solar System future. 以上英語Constructive被變造 Constriction期間被變造，必屬宏碁電腦駭客以筆電鍵盤和螢幕窺探竊取密碼供美國或Blogger駭客變造犯罪所致，污衊大英國協國格 汪曦恩一樣天干鍵盤發明人，對此種宏碁電腦駭客裝置竄改均不予苟同

Last chance, before 2022/01/03, America SpaceX, Blue Origin, or NASA should buy and pay at least 1 line of 汪曦恩  Space Electromagnetic Transport regard as
stop fraud Market Capitals. Reaction Package namely HSiCyon CaiOcean Reactions 氫矽鈣氧 青曦蓋洋 反應 https://www.facebook.com/WangHsiEn.WSN/posts/5355187301172295

2 H2 (g) + CO2 (g) → 2 H2O (l) + C (s)

https://chemequations.com/en/?s=H2%20%2B%20CO2%20%3D%20H2O%20%2B%20C&

4 H2 + 2 CO2 → 4 H2O + C2

https://chemequations.com/en/?s=H2%20%2B%20CO2%20%3D%20H2O%20%2B%20C2&

H2 (g) + CO2 (g) → H2O (l) + CO (g)

https://chemequations.com/en/?s=H2%20%2B%20CO2%20%3D%20H2O%20%2B%20CO&

H2O + CO2 → H2CO3

https://chemequations.com/en/?s=H2O%20%2B%20CO2%20%3D%20H2CO3&

3 H2 + CO2 → 2 H2O + CH2

https://chemequations.com/en/?s=H2%20%2B%20CO2%20%3D%20H2O%20%2B%20CH2&

4 H2 (g) + CO2 (g) → 2 H2O (l) + CH4 (g)

https://chemequations.com/en/?s=H2%20%2B%20CO2%20%3D%20H2O%20%2B%20CH4&

2 H2 (g) + CO2 (g) → O2 (g) + CH4 (g)

https://chemequations.com/en/?s=H2%20%2B%20CO2%20%3D%20O2%20%2B%20CH4&

3 H2 (g) + CO2 (g) → H2O (l) + CH3OH (l)

https://chemequations.com/en/?s=H2%20%2B%20CO2%20%3D%20H2O%20%2B%20CH3OH&

4 H2 (g) + 2 CO2 (g) → 2 H2O (l) + CH3COOH (l)

https://chemequations.com/en/?s=H2%20%2B%20CO2%20%3D%20H2O%20%2B%20CH3COOH

6 H2O (l) + 6 CO2 (g) → 6 O2 (g) + C6H12O6 (aq)

https://chemequations.com/en/?s=H2O%20%2B%20CO2%20%3D%20O2%20%2B%20C6H12O6&



H2+CO

H2 (g) + CO (g) → H2O (l) + C (s)

https://chemequations.com/en/?s=H2%20%2B%20CO%20%3D%20H2O%20%2B%20C&

3 H2 + 2 CO → 2 H2O + 2 CH

https://chemequations.com/en/?s=H2%20%2B%20CO%20%3D%20H2O%20%2B%20CH&

H2 + CO → COH2

https://chemequations.com/en/?s=H2%20%2B%20CO%20%3D%20COH2&

H2 + CO → HCOH

https://chemequations.com/en/?s=H2%20%2B%20CO%20%3D%20HCOH&

2 H2 (g) + CO (g) → CH3OH (l)

https://chemequations.com/en/?s=H2+%2B+CO

3 H2 + 2 CO → 2 CH3O

https://chemequations.com/en/?s=H2%20%2B%20CO%20%3D%20CH3O&

3 H2 (g) + CO (g) → H2O (l) + CH4 (g)

https://chemequations.com/en/?s=H2%20%2B%20CO%20%3D%20H2O%20%2B%20CH4&

4 H2 (g) + 2 CO (g) → O2 (g) + 2 CH4 (g)

https://chemequations.com/en/?s=H2%20%2B%20CO%20%3D%20O2%20%2B%20CH4&

2 H2 (g) + 2 CO (g) → CO2 (g) + CH4 (g)

https://chemequations.com/en/?s=H2%20%2B%20CO%20%3D%20CO2%20%2B%20CH4&

2 H2 + CO → H4CO

https://chemequations.com/en/?s=H2%20%2B%20CO%20%3D%20H4CO&

5 H2 (g) + 2 CO (g) → 2 H2O (l) + C2H6 (g)

https://chemequations.com/en/?s=H2%20%2B%20CO%20%3D%20H2O%20%2B%20C2H6&

4 H2 + 2 CO → H2O + C2H6O

https://chemequations.com/en/?s=H2%20%2B%20CO%20%3D%20H2O%20%2B%20C2H6O&

7 H2 (g) + 3 CO (g) → 3 H2O (l) + C3H8 (g)

https://chemequations.com/en/?s=H2%20%2B%20CO%20%3D%20H2O%20%2B%20C3H8&

2 H2 (g) + 2 CO (g) → CH3COOH (l)

https://chemequations.com/en/?s=H2%20%2B%20CO%20%3D%20CH3COOH&

9 H2 + 4 CO → 4 H2O + C4H10

https://chemequations.com/en/?s=H2%20%2B%20CO%20%3D%20H2O%20%2B%20C4H10&

11 H2 (g) + 5 CO (g) → 5 H2O (l) + C5H12 (l)

https://chemequations.com/en/?s=H2%20%2B%20CO%20%3D%20H2O%20%2B%20C5H12&

17 H2 (g) + 8 CO (g) → 8 H2O (l) + C8H18 (l)

https://chemequations.com/en/?s=H2%20%2B%20CO%20%3D%20H2O%20%2B%20C8H18&

H2 (g) + CO (g) + C2H4 (g) → CH3CH2CHO (l)

https://chemequations.com/en/?s=H2%20%2B%20CO%20%2B%20C2H4%20%3D%20CH3CH2CHO&

CO2 => C+O2 

CO2 (g) → C (s) + O2 (g)

https://chemequations.com/en/?s=CO2+-%3E+C+%2B+O2&

2 CO2 (g) → 2 CO (g) + O2 (g)

https://chemequations.com/en/?s=CO2+-%3E+CO+%2B+O2&

2 CO (g) → 2 C (s) + O2 (g)

https://chemequations.com/en/?s=CO+-%3E+C+%2B+O2&

H2+CaO

H2 + CaO → H2O + Ca

https://chemequations.com/en/?s=H2+%2B+CaO+%E2%86%92+H2O+%2B+Ca

H2 + 2 CaO → 2 CaOH

https://chemequations.com/en/?s=H2%20%2B%20CaO%20%3D%20CaOH

H2 + CaO → CaOH2

https://chemequations.com/en/?s=H2%20%2B%20CaO%20%3D%20CaOH2

H2O + CaO → Ca(OH)2

https://chemequations.com/en/?s=H2O+%2B+CaO

2 H2O + CaO → Ca(OH)2H2O

https://chemequations.com/en/?s=H2O%20%2B%20CaO%20%3D%20Ca(OH)2H2O

H2 + Ca(OH)2 → Ca + 2 HOH

https://chemequations.com/en/?s=H2+%2B+Ca%28OH%292

2 H2 + 2 Ca(OH)2 → 4 HOH + CaCa

https://chemequations.com/en/?s=H2%20%2B%20Ca(OH)2%20%3D%20HOH%20%2B%20CaCa

H2+SiO2, SiO

2 H2 + SiO2 → 2 H2O + Si

https://chemequations.com/en/?s=H2+%2B+SiO2

H2 (g) + SiO (s) → H2O (l) + Si (s)

https://chemequations.com/en/?s=H2%2B+SiO

H2+N2+CO2 → RCH(NH2)COOH, NxHy


Invention Records
1980

1981 Cyon Wang, Hsi-En 汪錫恩 and  2013 Joshua Wang, Yong-Hsu

1983 Cyon Wang, Hsi-En 汪錫恩 with Mother 張婉瑩 

1982

1985

1988

1989

19990508

19990629 H2+SiO2

19990704~0709

20000101

20010525

20011216

20190522

20190814

Rocket Combustion only for Direction and Deceleration in Nejsuran 

20190925



Price:
Each Line 930-1100km Invention Knowledge Authority & Solar Space Territory Sharehold 90%/(18~15)
Selling Price about WaterAir Coin WAC 5 Billion (5,000 Millions) 
https://docs.google.com/spreadsheets/d/1jYfBjcAN1gtIRv8quR9hgNuUAYZOmtUlEJdhY4jGqnM/
Not include Electromagnetic Construction & Land Cost on Earth

【Inventor 汪曦恩 Cyon Wang, Hsi-En keep 10%  Solar Space Territory self-own
part 10% x 10~25% for future corporatization 天水洋行
(天水洋行 now only 汪曦恩 individual sole proprietorship business reality nickname,
self-manage with corporatization operation with nourishing hired bloodhood children ,
and set clan none real efforts symphile club group】
, not yet to be list company nor public entity)

Pricing:
Invention Knowledge Authority Pricing according to normal Electromagnetic Highspeed Rail
WAC 50 million/km x 1000 km x 10% = WAC 5,000 million

Global Ocean Water Hydrogen Oxygen Environment Protection Policies
Favoured Gratia included payed tax and any land nationalization laws.
each Line Invest have
Solar Space Territory Sharehold 90%/18~15 lines
= 5~ 6% Solar Space Territory Sharehold / line
Each Line selling Solar Space Territory sharehold should not above 5~6% whether how great rich or power. Sherman Antitrust Boycott any kind of  Nationalism Gigantism Megamorphism corruptions or Destructive Competitions hijack pirate rob.

Sitting:

汪曦恩 天水洋行 清點地球上太空高鐵適蓋地點

適蓋緯度30-60度
因
1.減緩地球自轉速度減少氫氣和水逸散，所以西向東發射
2.運用地轉科氏力的30-60度西向東盛行西風帶
3.緯度不宜過高，加大高鐵對地球自轉軸的力矩
4.赤道東風帶，若順風東向西力矩大會加速地球自轉速度導致水逸散。赤道適合東向西船隻和飛機，不適合陸運對地球自轉軸的反作用力力矩大。
5.地球自轉加速加大地轉科氏力，對地球的大氣風速風向加速有幫助，但是氫氣造水和水逸散的地球乾旱增熱毀滅不適居危機增大。

因此太空高鐵，適蓋方向，西向東，
北半球
低緯度西南向東北
高緯度西北向東南
南半球
低緯度西北向東南
高緯度西南向東北

可行性最多18條，額度設15條
18條每條額度5%, 15條每條額度6%
以下顏色表示各線所在氣候地形 草木、乾旱、海洋、冰凍

歐洲體系：Quota 2~2.5
1.北非摩洛哥經阿爾及利亞至突尼西亞，西向東，建議歐洲國家預算或民間集資後向汪曦恩購置汪曦恩科學發明授權之經營權和蓋建權
2.西歐平原，南特北面直至布魯塞爾至不來梅漢堡西南向東北，或可往南鑽比利牛斯山至西班牙。或英法義大利 西北向東南 需經海 和阿爾卑斯山 蓋建成本高

土地昂貴可行性較低，

建議歐洲國家預算集資後向汪曦恩購置汪曦恩科學發明授權之經營權和蓋建權

歐洲大英國協享有購買額度 在非洲蓋建之文明權力

建議投資人：歐盟、空巴、阿諾德、馬克祖伯臉書

歐俄共構：
3.東歐平原波蘭至烏克蘭

俄國體系：Quota 2~3.5
1.俄國莫斯科至哈薩克北面，西北向東南。
2. 東西伯利亞，西北向東南
3.中西伯利亞北面，顧慮北極圈極地冰凍保護
建議俄國富足政商個人或政府太空事業購買。

建議投資人：


大英國協聯邦體系 Quota 2.5
1.澳洲 西南澳大利亞州 向東南方向不可高過緯度60度向南極（順盛行西風帶方向、起飛後無地障）或向西北 防衛需求

2.澳洲 北領地草原西南向東北（草原地質蓋建容易，但精細算安全起飛170公里後即可到對流層，顧慮起飛後地障者可修平凱恩司以西山脈）。

大英國協美國合資體系
3.美國西北加拿大邊境，西北向東南，避免美國野心攻擊歐洲衝突爭議，建議美國欲經商太空事業之富商購買，或波音、NASA購買。方向由汪曦恩限制。向汪曦恩購置汪曦恩科學發明授權之經營權和蓋建權。美國東北大湖區不適合。

建議投資人：英國大英國協聯邦、比爾蓋茲、布希家族

美國體系：Quota 2.5
1.美國西南，西南向東北，建議美國欲經商太空事業之富商購買，或NASA購買，向汪曦恩購置汪曦恩科學發明授權之經營權和蓋建權
2.美國東南，西北向東南，避免美國野心攻擊歐洲衝突爭議，建議美國欲經商太空事業之富商購買，或NASA購買，
方向由汪曦恩限制。向汪曦恩購置汪曦恩科學發明授權之經營權和蓋建權

建議投資人：波音、布希家族、NASA

中蒙日體系：Quota 2-3

1. 新疆
2. 內蒙古和滿州
3. 外蒙古

建議投資人：中國、日本
若支付定金以及和解，授權仲介人：中華民國 交通部、經濟部、台積電(無衝突無須和解要件)

中國新疆蒙古間 準葛爾盆地 西北向東南，或塔里木盆地由西向東，但因沙漠地質較散不易，還有河西走廊的祁連山北山脈阻擋，
。建議中國政府太空事業欲探勘太空者出資購買。

阿拉伯體系：Quota 1~2
1.沙烏地阿拉伯至伊拉克北面交界至科威特，或 沙烏地阿拉伯自建 向東南因伊朗地勢限制，西北向東南。建議阿拉伯政府和石油富商欲經商太空事業合夥購買。

南美洲：Quota 1
1.秘魯 玻黎維亞，安地司山脈區，西北向東南
建議投資人：日本、Google、微軟


非洲體系：Quota 2
1.大英國協南非北面 卡拉哈迪盆地東邊至馬塔貝隆高原，西北向東南。

2.中非

建議投資人：Google、微軟、歐巴馬率黑人族
建議美國欲經商太空事業之黑人運動員集資黑人菁英合夥購買。