William Huggins

Gunther von Hagens (Gunther von Hagens, on 10 January 1945), a German anatomist, inventor of the technology.Gunther von Hagens was born in Germany, 1965 - 1968 in East Germany at the Faculty of Medicine at the university of Jena Friedrich.1968 Gunther von Hagens in fled to West Germany on the way were arrested and imprisoned in the German Democratic Republic (GDR) and Gela gog Booth Castle camp here for two years.In 1978 he started working in the Anatomy Institute of Heidelberg University to study anatomy, then Hagen's to become of the human body into art.Since 2000, the corpses of plasticizing technology inventor, who was known as" Dr. Death "of Gunther von Hagens, Gunther von Hagens and his mummy which was organised by the world body" exhibition has already attracted 20 million tourists from around the world.Hagens (William Huggins, 1824 - 1910) was a British astronomer.In 1824, was born in London on 7 February of Stoke Newkirk due to Dundee, on 12 May 1910 and died in London.He did not attend the regular school, 1842 to 1854 and engaged in the business.In 1854 was moved to London near Tulse Hill in 1856, where he built a private observatory in which he has been working there for a lifetime.

Basic Introduction

. 1824 British astronomers on Feb. 7, the london - born Stoker, New Inn, on 12 May 1910 and died in London
had never gone to a regular school, 1842 - 1854 commercial had never gone to a regular school, 1842 - 1854 commercial . in 1854 and moved to London near Tulse Hill, in 1856 and built a private observatory in the spring of life # He is a pioneer of astronomical spectroscopy, first of all, the spectroscopic analysis is applied to study the stars, and photography is used for spectral research in 1859 in 1854 and moved to London near Tulse Hill, in 1856 and built a private observatory in the spring of life # He is a pioneer of astronomical spectroscopy, first of all, the spectroscopic analysis is applied to study the stars, and photography is used for spectral research in 1859 .
20 cm refracting telescope on the spectrometer. observed stellar spectra in 1863 and W. A. Miller, in collaboration with the Royal Astronomical Society proposed the observation result, it is pointed out that the bright sun and the stars have the same chemical composition, they were from a lower layer of the hot material, passing through the top of a suction power which is produced by outward radiation
1864 with spectrometer observations of emission nebulae, gas, and found that planetary nebulae can be explained by two green lines, he is considered to be the unknown elements of the spectral lines, called line 1864 with spectrometer observations of emission nebulae, gas, and found that planetary nebulae can be explained by two green lines, he is considered to be the unknown elements of the spectral lines, called line . until 1927 - - led by U. S. Bowen, and revealed their secondary ionization of the oxygen is forbidden lines
1866 on May 18,Hagens Spectrometer with the observation for the first time in 1866 Corona Borealis Nova, found in the absorption spectra of the bright hydrogen emission lines, indicate that a transmission line is from the temperature higher than the surface temperature of the gas casing 1866 on May 18,Hagens Spectrometer with the observation for the first time in 1866 Corona Borealis Nova, found in the absorption spectra of the bright hydrogen emission lines, indicate that a transmission line is from the temperature higher than the surface temperature of the gas casing . Hagens is used for the observation of the 1866, 1867, 1868, the three spectra of comets, comets discovered in the spectrum of hydrocarbons, in the band, and in 1864 was confirmed by Italian Massimo Donati pointed out that the conclusions of the comet is not only reflecting sunlight and also light emitting Hagens is used for the observation of the 1866, 1867, 1868, the three spectra of comets, comets discovered in the spectrum of hydrocarbons, in the band, and in 1864 was confirmed by Italian Massimo Donati pointed out that the conclusions of the comet is not only reflecting sunlight and also light emitting .
in 1868, he was using the Doppler effect,According to the star of the spectral line to measure the displacement of the days - of - sight velocities of Wolf in 1868, he was using the Doppler effect,According to the star of the spectral line to measure the displacement of the days - of - sight velocities of Wolf . 1876 - 1878 Ren, president of the Royal Astronomical Society in 1867 and 1885 twice obtained the medal of the Society from 1900 to 1905 1876 - 1878 Ren, president of the Royal Astronomical Society in 1867 and 1885 twice obtained the medal of the Society from 1900 to 1905 .
Ren, president of the Royal Society Ren, president of the Royal Society .

Honors Obtained

award a prize in 1867 with William Allen Miller was awarded the Royal Astronomical Society (The Royal Astronomical Society's Gold Medal in 1898 award a prize in 1867 with William Allen Miller was awarded the Royal Astronomical Society (The Royal Astronomical Society's Gold Medal in 1898 . awarded the Copley Medal (Copley Medal in 1901 was awarded the Henry Draper Medal of the Henry Draper Medal in 1904 Bruce Medal (awarded the Bruce Medal in named for it as a sign of honor of the lunar crater Huggins Huggins (crater) Mars 2635 Huggins (pits)1 awarded the Copley Medal (Copley Medal in 1901 was awarded the Henry Draper Medal of the Henry Draper Medal in 1904 Bruce Medal (awarded the Bruce Medal in named for it as a sign of honor of the lunar crater Huggins Huggins (crater) Mars 2635 Huggins (pits)1.

Published Works

Spectrum analysis in its application to You bodies. Manchester, 1870 (Science for the People; series 2, no. (3) with Lady Huggins): An atlas of representative spectra from laMbda 4870 to lambda 3300, together with a discussion of the evolution of the order of stars, and the interpretation of spectra; a short history of the observatory. (London, 1899 (PublSir William Huggins ofObservatory's; v. 1) of The Royal Society, Science in the state and in the. London, 1906. The scientific Aris and Sir William Huggins; foreword by Sir William and Lady Huggins. London, 1909 (Puof Sir William Huggins's Observatory; v. 2) 1