御尚文化藝術(shù)精品賞析：御世珍藏，尚博古今！
翡翠玉鐲
合同號(hào)：YSWHPMFW-A3014
規(guī)格：重：50.4 g
來自中國收藏家協(xié)會(huì)的資料表明，目前中國的收藏者隊(duì)伍已達(dá)到7000萬人，其中玉器收藏者就占了三成。有關(guān)人士指出，玉器的收藏不僅是有品味的文化活動(dòng)，也成為回報(bào)率較高的投資方式。
翡翠非常適合投資，近兩三年來平均升值200％－500％，有些品相出色的升值更多。目前已經(jīng)有越來越多的投資者選擇收藏翡翠來保值、增值。近幾年來，國際國內(nèi)的珠寶賣會(huì)上，翡翠的成交價(jià)格屢創(chuàng)新高，其升值之快，是鉆石、古董、郵票和書畫等其它投資品所難以比擬的。
最近有幸征集到一只翡翠手鐲，精圓厚條，用上等翡翠打造而成，帶有一點(diǎn)飄綠，兼具東方與西方文化之美。堅(jiān)固耐用、色澤美麗的翡翠手鐲，更能襯托出女性氣質(zhì)，不管在歷史上還是當(dāng)代，深得各個(gè)階層女性的喜愛。翡翠手鐲作為禮品、信物、吉祥物等廣泛應(yīng)用于人們?nèi)粘Ｉ詈透鞣N交往之中，是親屬、朋友之間表示愛心、感情、良好祝愿或祈求平安的首選饋贈(zèng)之物。此藏品極具有收藏價(jià)值！
According to the data from the China Association of collectors, the number of collectors in China has reached 70 million, of which 30% are jade collectors. People pointed out that jade collection is not only a cultural activity with taste, but also an investment method with high return rate.
Jadeite is very suitable for investment. In the past two or three years, the average appreciation has been 200% - 500%. Some jadeite products appreciate even more with outstanding appearance. At present, more and more investors choose to collect jadeite to maintain and increase value. In recent years, the transaction price of jadeite at jewelry fairs at home and abroad has reached new highs, and its rapid appreciation is unmatched by other investment products such as diamonds, antiques, stamps, calligraphy and painting.
Recently, I have the honor to collect an emerald bracelet, which is refined, round and thick. It is made of top-grade emerald, with a bit of floating green, and has the beauty of both eastern and Western cultures. The strong and durable jade bracelet with beautiful color can set off the feminine temperament. It has been loved by women of all walks of life, both in history and at present. As gifts, keepsakes and mascots, jadeite bracelets are widely used in people's daily life and various contacts. They are the first choice for relatives and friends to express love, feelings, good wishes or pray for peace. This collection is of great collection value
火星石
合同號(hào)：YSWHZLFW-B7032
規(guī)格：重：3.7k g
火星是太陽系八大行星之一，是太陽系由內(nèi)往外數(shù)的第四顆行星，屬于類地行星，直徑約為地球的53%，質(zhì)量為地球的11%。自轉(zhuǎn)軸傾角、自轉(zhuǎn)周期均與地球相近，公轉(zhuǎn)一周約為地球公轉(zhuǎn)時(shí)間的兩倍。橘紅色外表是地表的赤鐵礦（氧化鐵）。我國古書上將火星稱為“熒惑星”，古羅馬稱為“戰(zhàn)神瑪爾斯星”。
自從70年代以來，眾多科學(xué)家對(duì)地球上發(fā)現(xiàn)的一萬多塊隕石進(jìn)行了科學(xué)研究，發(fā)現(xiàn)其中有一些確實(shí)來自于火星。所有，隕石成為人類認(rèn)識(shí)火星形成和演化具的重要媒介
20世紀(jì)初期，人們憑著望遠(yuǎn)鏡中看到的火星，經(jīng)過大量的圖像對(duì)比和運(yùn)用人的想象力，認(rèn)為火星上可能存在生命。當(dāng)然，自從“好奇號(hào)”登上火星之后，這一切都不再是單純的大腦想象，而是對(duì)火星的探索進(jìn)入了一個(gè)新的階段，尤其是在火星隕石中發(fā)現(xiàn)了構(gòu)成生命的有機(jī)碳，更加印證了火星存在生命的可能性。
值得一提的是，隕石是人類目前研究火星的最好資料，有些火星隕石樣品，可在實(shí)驗(yàn)室對(duì)其物質(zhì)組成、礦物巖石結(jié)構(gòu)以及各種同位素年齡等進(jìn)行精確的測定。由于人類成功發(fā)射軟著陸器登陸火星的著陸點(diǎn)僅有5個(gè)，而已知的火星隕石代表了火星表面20個(gè)以上不同地區(qū)的巖石，所以，對(duì)火星隕石的研究分析可以為認(rèn)識(shí)火星的組成和演化有更大的作用。
通過進(jìn)一步研究與分析，科學(xué)家們發(fā)現(xiàn)其中曾經(jīng)含有水，從而為火星表面之下曾經(jīng)存在適宜生命形成并進(jìn)化的環(huán)境提供了更為有力的證據(jù)。所以，極為稀少的火星隕石，具備極高的科研價(jià)值和收藏升值空間。
Mars is one of the eight planets in the solar system. It is the fourth planet in the solar system from the inside out. It belongs to the earth like planet. Its diameter is about 53% of the earth's, and its mass is 11% of the Earth's. The tilt angle and rotation period of rotation axis are similar to that of the earth, and one revolution is about twice the time of the earth's revolution. Orange red is the surface hematite (iron oxide). Mars is called "Mars star" in ancient Chinese books, and "Mars star" in ancient Rome.
Since the 1970s, many scientists have carried out scientific research on more than 10000 meteorites found on earth, and found that some of them are indeed from Mars. All, meteorites have become an important medium for human beings to understand the formation and evolution of Mars
At the beginning of the 20th century, people believed that life might exist on Mars through a large number of image contrast and the use of human imagination. Of course, since curiosity landed on Mars, all this is no longer a simple brain imagination, but the exploration of Mars has entered a new stage, especially the discovery of organic carbon in Martian meteorites, which further proves the possibility of life on Mars.
