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老公平常雖然很木訥但是這次我買【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI)他難得開金口稱讚
其實一直想買【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI)很久了只是遲遲等不到特價 沒想到這一次突然想起來在網路搜【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI)居然有在特價!!!
刻不容緩的下訂!
我其實看到價格會怕買到假貨，但我後來才知道原來線上購買這些可以便宜很多的原因因為在網路上購買省去門市成本【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI)才可以這麼便宜而且商城東西琳瑯滿目不用自己想辦法去運送只要上網點點點【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI)就可以在網站上選要送到家真的太方便了
所以我買的【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI)也在下週會送來囉~
P.S如果你們家有3-8歲的孩子想要訂學習雜誌可以點擊免費申請試讀呦
P.S2 讓您的孩子贏在起跑點可以免費申請Disney美語教材(進入填寫相關資訊即可索取贈品喔)
而且很多 知名購物商城加入會員以後會不定時送電子折價券，所以其實買到的價格很多時候都比標價便宜很多
如果在購物商城買的話，除了有詳細的介紹以外，更有保障！！而且速度也很快~
↓↓↓限量折扣的優惠按鈕↓↓↓
購買前務必須知:
售價已含運費，唯偏遠地區運費及地址認定，將由廠商專人電聯後，確認最終運費加價金額。
@遠程地區偏遠地區及外島地區，在訂購時請先詢問是否另收跨區費。
購買後會有專人與您電話連絡，務必保持電話暢通，連絡不上延誤送貨時間廠端無法負責。
@因開放式空間、頂樓、西曬、樓層挑高、鐵皮&洗衣機價格#23627;等其他環境熱源因素，請勿以坪數來做估算。
1.購買時請確認坪數商品大小與裝機尺寸，到府安裝若坪數尺寸大小不符導致無法搬運安裝，必須支付師傅500元空趟費。
2.安裝完請將外箱包材保留到7天後再丟棄，退貨時若缺件則會導致無法退貨。
3.基本安裝不含拆舊機，舊機若同意人員回收拆機則免費。如不回收，拆機費則由人員現場報價收費。舊機回收無退費，一經回收無法退回，請顧客注意。無電梯每層收費50元，當場支付。
4.商品包含基本安裝+運送+舊機回收。
5.窗型以商品包裝盒內所附零件安裝。分離式安裝管線以五米計，超過另計，未滿1米以1米計。
6.基本安裝一趟為主，若需勘查或是二次施工都必須額外付費，如需進行二次以上施工或配合裝潢多趟施工，每趟加收500元，如需勘查現場另外告知收費。購買時請備註，廠方不會特別詢問。
7.廠端只提供基本安裝，超出部分零件請另外支付。
標準安裝施工內容如下：
@安裝位置尺寸大於冷氣安裝尺寸，不必再修改窗口 ( 適用窗型 ) 冷氣孔周邊縫隙封填免收費，窗戶、氣窗口如需加封木板，需收費。
@配管路、線路在5公尺以內明管方式施工，如有超出需收費。
@室內機與電源插座之距離須在所附電源線之長度內；超出或加配電源線需收費。
@不含鑽孔打洞費用，如需者需收費。
@冷氣使用的電源座為三孔式座，兩孔式插座更換三孔式插座需收費。
@需埋設暗管、鑿牆溝等之工事，視場地狀況另議。
@每加裝一台室內機須加收安裝費(適用分離式)。
@特殊安裝部份以現場報價為準。
@現場安裝施工的其他費用，恕無法另行開立發票。
@本產品文案及圖檔為原廠提供，實際產品以廠商出貨為準。
@商品運送，若因地處偏遠或其他特殊情形 (如:天災或道路狀況不良)，導致車輛無法正常狀況下送達，需以其他方式配送時所衍生之費用，須由訂購人自行支付。
8.商品到貨享7天鑑賞期（鑑賞期非試用期），本商品無法試用，一經試用不得退貨，商品無瑕疵狀態，廠方一律不接受退貨。若客堅持要退貨，在商品完整狀態下，退貨必須負擔整新費用。
9.辦理退貨商品，必須是全新狀態且包裝完整(保持產品．附件．包裝．廠商紙箱及所有附隨文件或資料之完整性)原商品連同配件贈品必須完整，請勿缺件，請以廠商寄送時的包裝在原封退回，否則將會影響退貨權限。
【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI)滾筒洗衣機價格,直立式洗衣機比較,分離式冷氣價格比較,滾筒式洗衣機評比,小冰箱評比,雙門冰箱推薦,單門冰箱,洗衣機推薦
滾筒式洗衣機推薦 ↓↓↓現在馬上點擊購買↓↓↓
另外在推薦我平時會使用的平台可以比較價格找便宜~~
China plans 5 new space science satellites
BEIJING, June 1 (Xinhua) -- China will put into space five new satellites within about five years as part of the country's fast-expanding space science program, a national science chief said on Wednesday.
The five satellites, including a Sino-European joint mission known as SMILE, will focus on observation of solar activities and their impact on Earth's environment and space weather, analysis of water recycling and probing of black holes, according to Wu Ji, director of the National Space Science Center under the Chinese Academy of Sciences (CAS).
They should make major breakthroughs in these fields, Wu said.
Of the five satellites, SMILE, or "Solar wind Magnetosphere Ionosphere Link Explorer," is set to blast off in 2021. The satellite is designed to study the effects of the sun on Earth's environment and space weather by creating images of the interactions between solar winds and Earth's magnetosphere with X-ray and ultraviolet technology.
MIT, the Magnetosphere-Ionosphere-Thermosphere Coupling Exploration, aims at investigating the origin of upflow ions and their acceleration mechanism and discovering the key mechanism for the magnetosphere, ionosphere and thermosphere coupling.
And WCOM, the Water Cycle Observation Mission, is a bid to better understand Earth's water cycle by simultaneous and fast measurement of key parameters such as soil moisture, ocean salinity and ocean surface evaporation.
The other two satellites are the Advanced Space-borne Solar Observatory (ASO-S) and the Einstein-Probe. The former will help scientists understand the causality among magnetic fields, flares and coronal mass ejections, while the latter is tasked with discovering quiescent black holes over all astrophysical mass ranges and other compact objects via high-energy transients.
The ASO-S is China's first solar exploration satellite, ending the nation's history of depending on foreign solar observation data.
Although the missions sound remote from ordinary people, Wu Ji insisted they are of imperative importance for space science and improving lives.
"All these projects were selected according to their scientific significance by judging committees led by scientists in an effort to give a vent for their innovation potential," Wu said.
Last week, the CAS announced China would launch the first experimental quantum communication satellite in July.
The new satellite is the third of four scientific satellites under a CAS space program, which has already seen the orbit of China's first Dark Matter Particle Explorer (DAMPE) Satellite in December last year and the retrievable SJ-10 scientific research satellite in April. The DAMPE was designed to shine light on the invisible material which scientists say makes up most of the universe's mass, and the SJ-10 to aid scientists in studying microgravity and space life sciences.
Another powerful X-ray telescope to observe black holes, neutron stars and other phenomena is also scheduled to launch later this year.
Together, the four satellites and the new series of science probes announced by Wu could mark a new step forward in China's multi-billion-dollar space missions, a great source of national pride and a marker of China's global stature and technological expertise.
The country sent its first astronaut into space in 2003, becoming the third nation after Russia and the United States to achieve manned space travel independently. In 2008, astronauts aboard Shenzhou-7 made China's first space walk. There are also plans for a space station to be completed around 2020.
Up to this point, previous projects, including the manned missions and lunar probes, have tended to be application-oriented or task-based, and have not focused on expanding knowledge of space sciences, spurring reforms in cutting-edge technology and driving the development of important emerging industries, said Wu Ji.
China sends more than 20 practical satellites into the space every year but it was not until 2015 that it launched satellites for pure scientific research. This does not befit China's international status, Wu said.
Hopefully, the curtain of change might have just begun to roll up. China has been ambitious about becoming a leading power in science and technology (S T) which are seen as the driving force for modern economic and social development.
At a national S T conference that commenced on Monday, President Xi Jinping said China should establish itself as one of the most innovative countries by 2020 and a leading innovator by 2030, and become a leading global S T power by the 100th anniversary of the founding of the People's Republic of China in 2049.
According to Wu, space science should serve as a source for S T innovation.
He said aside from the five new satellites announced on Wednesday, the CAS is also preparing for future space exploration attempts in the next decade.
Scientists are mulling four new satellite projects, including the Solar Polar Orbit Telescope (SPORT), Search for Terrestrial Exo-Planets (STEP), X-ray timing and Polarization Mission (XTP) and a Space Millimeter-wavelength VLBI Array (S-VLBI) probe.
In the meantime, Wu voiced concerns as the research satellite programs have not been included in China's national major scientific plan, which catalogues the nation's key S T projects and provides funds from the central treasury.
Nor did Wu entertain the idea that China's satellite programs are pre-planned on a five-year basis. "Sometimes it takes 10 years or even decades to turn an idea to a concrete space project."
Wu said he hoped that the space satellite program will be soon listed in the national scientific development outline and gain continuous financial support in order to transform China from a "pursuer" to a "frontrunner" in this field.?
BEIJING, June 1 (Xinhua) -- China will put into space five new satellites within about five years as part of the country's fast-expanding space science program, a national science chief said on Wednesday.
The five satellites, including a Sino-European joint mission known as SMILE, will focus on observation of solar activities and their impact on Earth's environment and space weather, analysis of water recycling and probing of black holes, according to Wu Ji, director of the National Space Science Center under the Chinese Academy of Sciences (CAS).
They should make major breakthroughs in these 冷氣特價月份fields, Wu said.
Of the five satellites, SMILE, or "Solar wind Magnetosphere Ionosphere Link Explorer," is set to blast off in 2021. The satellite is designed to study the effects of the sun on Earth's environment and space weather by creating images of the interactions between solar winds and Earth's magnetosphere with X-ray and ultraviolet technology.
MIT, the Magnetosphere-Ionosphere-Thermosphere Coupling Exploration, aims at investigating the origin of upflow ions and their acceleration mechanism and discovering the key mechanism for the magnetosphere, ionosphere and thermosphere coupling.
And WCOM, the Water Cycle Observation Mission, is a bid to better understand Earth's water cycle by simultaneous and fast measurement of key parameters such as soil moisture, ocean salinity and ocean surface evaporation.
The other two satellites are the Advanced Space-borne Solar Observatory (ASO-S) and the Einstein-Probe. The former will help scientists understand the causality among magnetic fields, flares and coronal mass ejections, while the latter is tasked with discovering quiescent black holes over all astrophysical mass ranges and other compact objects via high-energy transients.
The ASO-S is China's first solar exploration satellite, ending the nation's history of depending on foreign solar observation data.
Although the missions sound remote from ordinary people, Wu Ji insisted they are of imperative importance for space science and improving lives.
"All these projects were selected according to their scientific significance by judging committees led by scientists in an effort to give a vent for their innovation potential," Wu said.
Last week, the CAS announced China would launch the first experimental quantum communication satellite in July.
The new satellite is the third of four scientific satellites under a CAS space program, which has already seen the orbit of China's first Dark Matter Particle Explorer (DAMPE) Satellite in December last year and the retrievable SJ-10 scientific research satellite in April. The DAMPE was designed to shine light on the invisible material which scientists say makes up most of the universe's mass, and the SJ-10 to aid scientists in studying microgravity and space life sciences.
Another powerful X-ray telescope to observe black holes, neutron stars and other phenomena is also scheduled to launch later this year.
Together, the four satellites and the new series of science probes announced by Wu could mark a new step forward in China's multi-billion-dollar space missions, a great source of national pride and a marker of China's global stature and technological expertise.
The country sent its first astronaut into space in 2003, becoming the third nation after Russia and the United States to achieve manned space travel independently. In 2008, astronauts aboard Shenzhou-7 made China's first space walk. There are also plans for a space station to be completed around 2020.
Up to this point, previous projects, including the manned missions and lunar probes, have tended to be application-oriented or task-based, and have not focused on expanding knowledge of space sciences, spurring reforms in cutting-edge technology and driving the development of important emerging industries, said Wu Ji.
China sends more than 20 practical satellites into the space every year but it was not until 2015 that it launched satellites for pure scientific research. This does not befit China's international status, Wu said.
Hopefully, the curtain of change might have just begun to roll up. China has been ambitious about becoming a leading power in science and technology (S T) which are seen as the driving force for modern economic and social development.
At a national S T conference that commenced on Monday, President Xi Jinping said China should establish itself as one of the most innovative countries by 2020 and a leading innovator by 2030, and become a leading global S T power by the 100th anniversary of the founding of the People's Republic of China in 2049.
According to Wu, space science should serve as a source for S T innovation.
He said aside from the five new satellites announced on Wednesday, the CAS is also preparing for future space exploration attempts in the next decade.
Scientists are mulling four new satellite projects, including the Solar Polar Orbit Telescope (SPORT), Search for Terrestrial Exo-Planets (STEP), X-ray timing and Polarization Mission (XTP) and a Space Millimeter-wavelength VLBI Array (S-VLBI) probe.
In the meantime, Wu voiced concerns as the research satellite programs have not been included in China's national major scientific plan, which catalogues the nation's key S T projects and provides funds from the central treasury.
Nor did Wu entertain the idea that China's satellite programs are pre-planned on a five-year basis. "Sometimes it takes 10 years or even decades to turn an idea to a concrete space project."
Wu said he hoped that the space satellite program will be soon listed in the national scientific development outline and gain continuous financial support in order to transform China from a "pursuer" to a "frontrunner" in this field.?
【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI)價格比較【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI)討論推薦 【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI) 尺寸怎麼看#GOODS_NAME#心得分享價格比較【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI)部落客推薦#GOODS_NAME#使用評比推薦【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI)分離式冷氣價格#GOODS_NAME#箱型冷氣推薦 【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI)變頻冷氣價格比較 您或許有興趣的東西:
其實一直想買【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI)很久了只是遲遲等不到特價 沒想到這一次突然想起來在網路搜【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI)居然有在特價!!!刻不容緩的下訂!
我其實看到價格會怕買到假貨，但我後來才知道原來線上購買這些可以便宜很多的原因因為在網路上購買省去門市成本【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI)才可以這麼便宜而且商城東西琳瑯滿目不用自己想辦法去運送只要上網點點點【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI)就可以在網站上選要送到家真的太方便了所以我買的【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI)也在下週會送來囉~P.S如果你們家有3-8歲的孩子想要訂學習雜誌可以點擊免費申請試讀呦
P.S2 讓您的孩子贏在起跑點可以免費申請Disney美語教材(進入填寫相關資訊即可索取贈品喔)
而且很多 知名購物商城加入會員以後會不定時送電子折價券，所以其實買到的價格很多時候都比標價便宜很多
如果在購物商城買的話，除了有詳細的介紹以外，更有保障！！而且速度也很快~↓↓↓限量折扣的優惠按鈕↓↓↓
- 品號：4675276
- R32冷煤
- 舒眠模式
- 乾燥防霉
購買前務必須知:
售價已含運費，唯偏遠地區運費及地址認定，將由廠商專人電聯後，確認最終運費加價金額。
@遠程地區偏遠地區及外島地區，在訂購時請先詢問是否另收跨區費。
購買後會有專人與您電話連絡，務必保持電話暢通，連絡不上延誤送貨時間廠端無法負責。
@因開放式空間、頂樓、西曬、樓層挑高、鐵皮&洗衣機價格#23627;等其他環境熱源因素，請勿以坪數來做估算。
1.購買時請確認坪數商品大小與裝機尺寸，到府安裝若坪數尺寸大小不符導致無法搬運安裝，必須支付師傅500元空趟費。
2.安裝完請將外箱包材保留到7天後再丟棄，退貨時若缺件則會導致無法退貨。
3.基本安裝不含拆舊機，舊機若同意人員回收拆機則免費。如不回收，拆機費則由人員現場報價收費。舊機回收無退費，一經回收無法退回，請顧客注意。無電梯每層收費50元，當場支付。
4.商品包含基本安裝+運送+舊機回收。
5.窗型以商品包裝盒內所附零件安裝。分離式安裝管線以五米計，超過另計，未滿1米以1米計。
6.基本安裝一趟為主，若需勘查或是二次施工都必須額外付費，如需進行二次以上施工或配合裝潢多趟施工，每趟加收500元，如需勘查現場另外告知收費。購買時請備註，廠方不會特別詢問。
7.廠端只提供基本安裝，超出部分零件請另外支付。
標準安裝施工內容如下：
@安裝位置尺寸大於冷氣安裝尺寸，不必再修改窗口 ( 適用窗型 ) 冷氣孔周邊縫隙封填免收費，窗戶、氣窗口如需加封木板，需收費。
@配管路、線路在5公尺以內明管方式施工，如有超出需收費。
@室內機與電源插座之距離須在所附電源線之長度內；超出或加配電源線需收費。
@不含鑽孔打洞費用，如需者需收費。
@冷氣使用的電源座為三孔式座，兩孔式插座更換三孔式插座需收費。
@需埋設暗管、鑿牆溝等之工事，視場地狀況另議。
@每加裝一台室內機須加收安裝費(適用分離式)。
@特殊安裝部份以現場報價為準。
@現場安裝施工的其他費用，恕無法另行開立發票。
@本產品文案及圖檔為原廠提供，實際產品以廠商出貨為準。
@商品運送，若因地處偏遠或其他特殊情形 (如:天災或道路狀況不良)，導致車輛無法正常狀況下送達，需以其他方式配送時所衍生之費用，須由訂購人自行支付。
8.商品到貨享7天鑑賞期（鑑賞期非試用期），本商品無法試用，一經試用不得退貨，商品無瑕疵狀態，廠方一律不接受退貨。若客堅持要退貨，在商品完整狀態下，退貨必須負擔整新費用。
9.辦理退貨商品，必須是全新狀態且包裝完整(保持產品．附件．包裝．廠商紙箱及所有附隨文件或資料之完整性)原商品連同配件贈品必須完整，請勿缺件，請以廠商寄送時的包裝在原封退回，否則將會影響退貨權限。
【送禮卷3000★GREE格力】7-9坪變頻冷暖分離式(GSH-50HO-GSH-50HI)滾筒洗衣機價格,直立式洗衣機比較,分離式冷氣價格比較,滾筒式洗衣機評比,小冰箱評比,雙門冰箱推薦,單門冰箱,洗衣機推薦
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China plans 5 new space science satellites
BEIJING, June 1 (Xinhua) -- China will put into space five new satellites within about five years as part of the country's fast-expanding space science program, a national science chief said on Wednesday.
The five satellites, including a Sino-European joint mission known as SMILE, will focus on observation of solar activities and their impact on Earth's environment and space weather, analysis of water recycling and probing of black holes, according to Wu Ji, director of the National Space Science Center under the Chinese Academy of Sciences (CAS).
They should make major breakthroughs in these fields, Wu said.
Of the five satellites, SMILE, or "Solar wind Magnetosphere Ionosphere Link Explorer," is set to blast off in 2021. The satellite is designed to study the effects of the sun on Earth's environment and space weather by creating images of the interactions between solar winds and Earth's magnetosphere with X-ray and ultraviolet technology.
MIT, the Magnetosphere-Ionosphere-Thermosphere Coupling Exploration, aims at investigating the origin of upflow ions and their acceleration mechanism and discovering the key mechanism for the magnetosphere, ionosphere and thermosphere coupling.
And WCOM, the Water Cycle Observation Mission, is a bid to better understand Earth's water cycle by simultaneous and fast measurement of key parameters such as soil moisture, ocean salinity and ocean surface evaporation.
The other two satellites are the Advanced Space-borne Solar Observatory (ASO-S) and the Einstein-Probe. The former will help scientists understand the causality among magnetic fields, flares and coronal mass ejections, while the latter is tasked with discovering quiescent black holes over all astrophysical mass ranges and other compact objects via high-energy transients.
The ASO-S is China's first solar exploration satellite, ending the nation's history of depending on foreign solar observation data.
Although the missions sound remote from ordinary people, Wu Ji insisted they are of imperative importance for space science and improving lives.
"All these projects were selected according to their scientific significance by judging committees led by scientists in an effort to give a vent for their innovation potential," Wu said.
Last week, the CAS announced China would launch the first experimental quantum communication satellite in July.
The new satellite is the third of four scientific satellites under a CAS space program, which has already seen the orbit of China's first Dark Matter Particle Explorer (DAMPE) Satellite in December last year and the retrievable SJ-10 scientific research satellite in April. The DAMPE was designed to shine light on the invisible material which scientists say makes up most of the universe's mass, and the SJ-10 to aid scientists in studying microgravity and space life sciences.
Another powerful X-ray telescope to observe black holes, neutron stars and other phenomena is also scheduled to launch later this year.
Together, the four satellites and the new series of science probes announced by Wu could mark a new step forward in China's multi-billion-dollar space missions, a great source of national pride and a marker of China's global stature and technological expertise.
The country sent its first astronaut into space in 2003, becoming the third nation after Russia and the United States to achieve manned space travel independently. In 2008, astronauts aboard Shenzhou-7 made China's first space walk. There are also plans for a space station to be completed around 2020.
Up to this point, previous projects, including the manned missions and lunar probes, have tended to be application-oriented or task-based, and have not focused on expanding knowledge of space sciences, spurring reforms in cutting-edge technology and driving the development of important emerging industries, said Wu Ji.
China sends more than 20 practical satellites into the space every year but it was not until 2015 that it launched satellites for pure scientific research. This does not befit China's international status, Wu said.
Hopefully, the curtain of change might have just begun to roll up. China has been ambitious about becoming a leading power in science and technology (S T) which are seen as the driving force for modern economic and social development.
At a national S T conference that commenced on Monday, President Xi Jinping said China should establish itself as one of the most innovative countries by 2020 and a leading innovator by 2030, and become a leading global S T power by the 100th anniversary of the founding of the People's Republic of China in 2049.
According to Wu, space science should serve as a source for S T innovation.
He said aside from the five new satellites announced on Wednesday, the CAS is also preparing for future space exploration attempts in the next decade.
Scientists are mulling four new satellite projects, including the Solar Polar Orbit Telescope (SPORT), Search for Terrestrial Exo-Planets (STEP), X-ray timing and Polarization Mission (XTP) and a Space Millimeter-wavelength VLBI Array (S-VLBI) probe.
In the meantime, Wu voiced concerns as the research satellite programs have not been included in China's national major scientific plan, which catalogues the nation's key S T projects and provides funds from the central treasury.
Nor did Wu entertain the idea that China's satellite programs are pre-planned on a five-year basis. "Sometimes it takes 10 years or even decades to turn an idea to a concrete space project."
Wu said he hoped that the space satellite program will be soon listed in the national scientific development outline and gain continuous financial support in order to transform China from a "pursuer" to a "frontrunner" in this field.?
BEIJING, June 1 (Xinhua) -- China will put into space five new satellites within about five years as part of the country's fast-expanding space science program, a national science chief said on Wednesday.
The five satellites, including a Sino-European joint mission known as SMILE, will focus on observation of solar activities and their impact on Earth's environment and space weather, analysis of water recycling and probing of black holes, according to Wu Ji, director of the National Space Science Center under the Chinese Academy of Sciences (CAS).
They should make major breakthroughs in these 冷氣特價月份fields, Wu said.
Of the five satellites, SMILE, or "Solar wind Magnetosphere Ionosphere Link Explorer," is set to blast off in 2021. The satellite is designed to study the effects of the sun on Earth's environment and space weather by creating images of the interactions between solar winds and Earth's magnetosphere with X-ray and ultraviolet technology.
MIT, the Magnetosphere-Ionosphere-Thermosphere Coupling Exploration, aims at investigating the origin of upflow ions and their acceleration mechanism and discovering the key mechanism for the magnetosphere, ionosphere and thermosphere coupling.
And WCOM, the Water Cycle Observation Mission, is a bid to better understand Earth's water cycle by simultaneous and fast measurement of key parameters such as soil moisture, ocean salinity and ocean surface evaporation.
The other two satellites are the Advanced Space-borne Solar Observatory (ASO-S) and the Einstein-Probe. The former will help scientists understand the causality among magnetic fields, flares and coronal mass ejections, while the latter is tasked with discovering quiescent black holes over all astrophysical mass ranges and other compact objects via high-energy transients.
The ASO-S is China's first solar exploration satellite, ending the nation's history of depending on foreign solar observation data.
Although the missions sound remote from ordinary people, Wu Ji insisted they are of imperative importance for space science and improving lives.
"All these projects were selected according to their scientific significance by judging committees led by scientists in an effort to give a vent for their innovation potential," Wu said.
Last week, the CAS announced China would launch the first experimental quantum communication satellite in July.
The new satellite is the third of four scientific satellites under a CAS space program, which has already seen the orbit of China's first Dark Matter Particle Explorer (DAMPE) Satellite in December last year and the retrievable SJ-10 scientific research satellite in April. The DAMPE was designed to shine light on the invisible material which scientists say makes up most of the universe's mass, and the SJ-10 to aid scientists in studying microgravity and space life sciences.
Another powerful X-ray telescope to observe black holes, neutron stars and other phenomena is also scheduled to launch later this year.
Together, the four satellites and the new series of science probes announced by Wu could mark a new step forward in China's multi-billion-dollar space missions, a great source of national pride and a marker of China's global stature and technological expertise.
The country sent its first astronaut into space in 2003, becoming the third nation after Russia and the United States to achieve manned space travel independently. In 2008, astronauts aboard Shenzhou-7 made China's first space walk. There are also plans for a space station to be completed around 2020.
Up to this point, previous projects, including the manned missions and lunar probes, have tended to be application-oriented or task-based, and have not focused on expanding knowledge of space sciences, spurring reforms in cutting-edge technology and driving the development of important emerging industries, said Wu Ji.
China sends more than 20 practical satellites into the space every year but it was not until 2015 that it launched satellites for pure scientific research. This does not befit China's international status, Wu said.
Hopefully, the curtain of change might have just begun to roll up. China has been ambitious about becoming a leading power in science and technology (S T) which are seen as the driving force for modern economic and social development.
At a national S T conference that commenced on Monday, President Xi Jinping said China should establish itself as one of the most innovative countries by 2020 and a leading innovator by 2030, and become a leading global S T power by the 100th anniversary of the founding of the People's Republic of China in 2049.
According to Wu, space science should serve as a source for S T innovation.
He said aside from the five new satellites announced on Wednesday, the CAS is also preparing for future space exploration attempts in the next decade.
Scientists are mulling four new satellite projects, including the Solar Polar Orbit Telescope (SPORT), Search for Terrestrial Exo-Planets (STEP), X-ray timing and Polarization Mission (XTP) and a Space Millimeter-wavelength VLBI Array (S-VLBI) probe.
In the meantime, Wu voiced concerns as the research satellite programs have not been included in China's national major scientific plan, which catalogues the nation's key S T projects and provides funds from the central treasury.
Nor did Wu entertain the idea that China's satellite programs are pre-planned on a five-year basis. "Sometimes it takes 10 years or even decades to turn an idea to a concrete space project."
Wu said he hoped that the space satellite program will be soon listed in the national scientific development outline and gain continuous financial support in order to transform China from a "pursuer" to a "frontrunner" in this field.?
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