Online Encyclopedia

ALFRED BERNHARD NOBEL (1833-1896)

Online Encyclopedia
Originally appearing in Volume V19, Page 724 of the 1911 Encyclopedia Britannica.
Spread the word: del.icio.us del.icio.us it!

See also:
ALFRED BERNHARD NOBEL (1833-1896)  ,
See also:
Swedish chemist and engineer, was the third son of Emmanuel Nobel (1801-1872), and was born at
See also:
Stockholm on the 21st of
See also:
October 1833 . At an early age he went with his
See also:
family to St
See also:
Petersburg, where his
See also:
father started
See also:
torpedo
See also:
works . In 1859 these were
See also:
left to the care of the second son, Ludvig Emmanuel (1831-1888), by whom they were greatly enlarged, and
See also:
Alfred, returning to Sweden with his father, devoted himself to the study of ex-
See also:
plosives, and especially to the manufacture and utilization of nitroglycerin . He found that when that
See also:
body was incorporated with an absorbent, inert substance like kieselguhr it became safer and more convenient to manipulate, and this mixture he patented in 1867 as dynamite . He next combined nitro-glycerin with another high explosive,
See also:
gun-cotton, and obtained a transparent, jelly-like substance, which was a still more powerful explosive than dynamite .
See also:
Blasting gelatin, as it was called, was patented in 1876, and was followed by a
See also:
host of similar combinations, modified by the addition of potassium nitrate, wood-pulp and various other substances . Some thirteen years later Nobel produced ballistite, one of the earliest of the nitroglycerin smokeless powders, containing in its latest forms about equal parts of gun-cotton and nitroglycerin . This powder was a precursor of
See also:
cordite, and Nobel's claim that his patent covered the latter was the occasion of vigorously contested law-suits between him and the
See also:
British Government in 1894 and 1895 . Cordite also consists of nitroglycerin and gun-cotton, but the form of the latter which its inventors wished-to use was the most highly nitrated variety, which is not soluble in mixtures of ether and
See also:
alcohol, whereas Nobel contemplated using a less nitrated form, which is soluble in such mixtures . The question was complicated by the fact that it is in practice impossible to prepare either of these two forms without ad-mixture of the other; but eventually the courts decided against Nobel . From the manufacture of dynamite and other
See also:
explosives, and from the exploitation of the
See also:
Baku oil-fields, in the development of which he and his brothers, Ludvig and Robert Hjalmar (1829-1896), took a leading
See also:
part, he amassed an immense fortune; and at his
See also:
death, which occurred on the loth of December 1896 at
See also:
San Remo, he left the bulk of it in
See also:
trust for the establishment of five prizes, each worth several thousand pounds, to be awarded annually without distinction of
See also:
nationality . The first three of these prizes are for eminence in
See also:
physical science, in chemistry and in medical science or physiology; the
See also:
fourth is for the most remarkable
See also:
literary
See also:
work clans le
See also:
sens d'idkalisme; and the fifth is to be given to the person or society that renders the greatest service to the cause of international brotherhood, in the suppression or reduction of
See also:
standing armies, or in the establishment or furtherance of peace congresses .

See

See also:
Les Prix Nobel en agar (Stockholm, 1904) .

End of Article: ALFRED BERNHARD NOBEL (1833-1896)
[back]
NOB
[next]
LEOPOLDO NOBILI

Additional information and Comments

There are no comments yet for this article.
» Add information or comments to this article.
Please link directly to this article:
Highlight the code below, right click and select "copy." Paste it into a website, email, or other HTML document.