高雄市借錢

    可能來到我的部落格看我這篇文章的人

    是想要找高雄市借錢的相關問題

    其實在台灣很多人都想知道高雄市借錢

    以及跟銀行貸款時要怎麼辦才會順利貸款出來

    我整理了幾個的免費諮詢管道,你可以跟他問高雄市借錢的問題

    專門協助順利幫人跟銀行貸款的理財顧問:

    貸款比較-潮-1auto.png

    理債-1auto.png

    速配-1auto.png

    濱江宅配-1auto.png


從NASA,到ESA In space news, NASA's Parker Solar Probe has been getting a lot of attention. On August 12th, the spacecraft began its journey to the Sun's corona. It will be the first man-made object to fly so close to the Sun. But this isn't the only big event in space news. The European Space Agency(ESA)just launched another important tool for us to learn more about our planet.美國航太總署(NASA)的「帕克」太陽探測器,已經好一陣子占據太空新聞的版面。就在8 月12 日這天, 帕克正式升空,開啟飛往太陽日冕的航程。這將使它成為第一個與太陽近身飛行的人造物件。然而,重大的太空新聞不只這樁。歐洲太空總署(ESA)最近也發射了另一個重要的探測工具,幫助我們更瞭解地球。.inline-ad { position: relative; overflow: hidden; box-sizing: border-box; }

.inline-ad div { margin: auto; text-align: center; }

.inline-ad iframe { margin: auto; display: block; /*width: auto !important;*/ }

.inline-ad div[id^=google_ads_iframe] {

padding: 50px 0 30px !important; box-sizing: border-box; height: auto !important;

}

.inline-ad div[id^=google_ads_iframe]:before {

content: "推薦";

font-size:13px;

哪家信貸好過 color:#999;

text-align:left;

border-top: 1px solid #d9d9d9;

width: 100%;

position: absolute;

top: 15px;

left: 0;

padding-top: 5px;

}

.inline-ad div[id^=google_ads個人信用貸款率利_iframe]:after {

content: "";

border-bottom: 1px solid #d9d9d9;

width: 100%;

position: absolute;基隆借錢

bottom: 15px;

left: 0;

}

.innity-apps-reset { padding: 20px 0 0 !important; margin: -20px auto -10px !important; } 從帕克,到愛奧勒斯On August 22nd, the ESA launched its Aeolus satellite from French Guiana in South America. It was named af?ter the Greek god of wind because the satellite will gath?er information about global wind patterns, for example wind speeds, to create a complete map of Earth's winds. Like the Parker Solar Probe, it's the first of its kind and is one of the most advanced satellites ever made. 8 8月22 日這天,ESA 在南美洲法屬圭亞那發射「愛奧勒斯」衛星。這枚衛星以希臘風神的名字命名,它將收集地球風的模式(例如風速)的資料,藉此描繪地球完整的風的樣貌。如果帕克是探日的先鋒,那愛奧勒斯就是「捕風」的先驅,而且是人類迄今製造最精良的衛星之一。從太陽風,到地球風The Sun and global wind patterns are more closely related than you might think. The Parker Solar Probe will help us learn more about solar wind. Solar wind affects Earth's winds. The informa?tion from Parker combined with the info that Aeolus is going to provide will help us to better understand Earth's weather. That will let us make more accurate pre?dictions in weather forecasts. 太陽與地球風的關連,比你我想像的還密切。帕克可幫我們更加瞭解太陽風。太陽風會影響地球上的風。帕克收集到的資訊,加上愛奧勒斯提供的資訊, 可幫助我們進一步瞭解地球的天氣,讓氣象預報更精準。發射紫外雷射,收集大氣資訊So how does it work? First, Aeolus needs to reach about 320 kilometers above Earth. Once there, Aeolus will shoot a laser down into the atmosphere. The ultraviolet (UV) laser will bounce off air molecules and other particles in the wind. Aeo?lus will collect this information and send it to us. 愛奧勒斯如何運作?首先,它必須飛到地球上方320 公里處。就定位後,愛奧勒斯往下朝地球大氣層射出雷射。這種紫外線(UV)雷射觸及空氣中的分子及其他粒子後,向外彈離。愛奧勒斯負責收集、傳回這些彈離的訊息。從地面到高空,一網打盡There are many ways to measure the wind right here on Earth. We can use anemometers, or wind socks, close to the ground. In the sky, we use weather balloons. Aeolus is special because it can gather information about the wind at all alti?tudes, from the ground up to the stratosphere at 30km. It can also measure this data over the entire planet instead of just in one town or city . 目前已有許多從地球測量風的方式。我們可在離地面較近的空中,善用風速表或風袋;也可以在空中用氣象氣球量測。愛奧勒斯特殊之處在於,它能收集不同高度的風的資料,不管是地面,或距地面30 公里平流層的風。此外,它能在整個地球之上進行測量,而非受限在特定城鎮或城市。研發幾經波折,十年磨一劍The Aeolus project was first approved in 1999. The ESA hoped to launch the satellite in 2007. However, en?gineers had trouble getting the ultraviolet laser to work in the extreme conditions of space. For several years, the project was put on hold. This is the most difficult mission the ESA has ever undertaken. Many people thought it would never fly. 愛奧勒斯計畫早在1999 年即獲准執行。ESA 原訂2007 年發射衛星。但工程師遇到技術上的麻煩,必須設法解決如何讓紫外線雷射,在太空極端天候狀態下仍能正常運作。中間經過很多年,這個計畫一度被擱置。愛奧勒斯計畫是ESA 至今從事最艱困的太空任務。很多人甚至不看好愛奧勒斯衛星可以飛起來?
文章標籤
創作者介紹
創作者 sheeretlojmt 的頭像
sheeretlojmt

sheeretlojmt的部落格

sheeretlojmt 發表在 痞客邦 留言(0) 人氣()