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Table of contents

Zweiter Teil. He studied mathematics in Pilzn, AT, and gained a degree in Mechanical Engineering from the Technical University of Budapest, although there is no proof of his studies. However, it was proven that he attended a trade school before he went to Pilzn.

Schlüsselwörter

He reached a high professional reputation by introducing completely new technologies in the European paper production. On November 15, the Fuji Paper Co. On January 4, the first "Iriyamase Mill" was put into operation. This site was chosen because the local resources for paper production were particularly favourable.

Also during his work in Japan he applied for corresponding patents. Upon his return from Japan he went to Pilsen, frome Pilsen to Germany, and following to Arad starting work there as director of the paper factory in Arad. During his employment he was granted a number of patents. In addition, he also dealt with theoretical and technical aspects of flying. He was the first to use lightweight tubular steel instead of previously used wood, paper, or bamboo. Insufficient engine power brought the instrument only for "dancing", not to fly.

The funds had not been sufficient to put the results of research into practice. Second part. Arad " "I do not claim the priority with regard to the modern monoplane hang gliders and arrow pilots not for me, but as an Austrian native and descendant of an old Hungarian gender for my double fatherland Austria-Hungary. My fatherland did not want to bring out a domestic achievement of greatest importance due to the great reverence for the Wrights and French scholars and university professors. Hier befindet sich heute das Restaurant "Deutsches Haus".

Today the restaurant "Deutsches Haus" is located there.


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Foto: M. Netto in Jahrhunderts abgebaut. Kurz vor Ende des Die Kenntnis der westlichen Bergbau- und Metallurgie-Technologie war eindeutig erforderlich. Curt Netto besuchte die Volksschule und das Gymnasium in Freiberg. Netto ersetzte dieses Verfahren durch die Feuchtmethode aus Mansfeld. Damit leistete er Pionierarbeit bei der Modernisierung der japanischen Kupfer-Schmelztechnologie. Mit den aus Deutschland bestellten Maschinen kam auch der Maschineningenieur C. Im Oktober kam er nach Tokyo. In Yawata passten Noro und andere japanische Ingenieure die deutsche Stahlraffinerietechnik den japanischen Bedingungen an.

Die Yawata Stahlwerke wurden mit den modernsten Einrichtungen ausgestattet und daraus wurde der Firmenriese Nippon Steel. Nettos Anstellungsvertrag als Professor endete am In der Zeit seines Urlaubs wurde er von A.

Zusammenfassung

Megger vertreten. Er beendete allerdings bereits am In Paris besuchte er dann auch noch Martin Michael Bair. Im Februar erlag er einem Herzschlag. Weltkrieg verloren gingen. Eckert im Auftrag des Marineministeriums instrumentalisiert worden war. Postkarte vom Particularly large quantities of gold and silver were mined in Japan during the second half of the sixteenth century.

The country was torn by incessant battles between powerful warlords who struggled for sovereignty over the country and they eagerly mined their domains for the gold and silver that would purchase arms and support armies. These metals were refined from rich ores painstakingly dug out by hand from surface and shallow underground mines.

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Near the end of the sixteenth century, a new refining technique introduced from China, using lead, made it possible to extract gold and silver from crude copper. But as the Japanese dug deeper into the earth in search of wealth, their mines proved vulnerable to problems caused by water seepage. Since they lacked the required technology to drain the water, they were unable to develop the mines further. For centuries the gold, silver, and copper mines languished, and the output of precious metals rapidly declined.

When the Meiji emperor's reign began in , the output of Japanese mines was at its lowest ebb. Knowledge of Western mining and metallurgy technology was clearly necessary. In realization of this task, four foreign specialists made outstanding contributions to the education and modernization of Japanese metallurgy and mining: - B.

Milne , who lived for 19 years in Japan, taught at the Engineering College and the University of Tokyo, and gained moreover worldwide reputation as a seismologist. All four included the people and landscapes of Japan in their hearts and educated numerous students. Particularly noteworthy, among them, is Curt Netto, who had trained the leading metallurgists and steel technician of the Meiji period.

His father was a miner superintendant and thus he also took up a study in spring at the Bergakademie Freiberg. In February he passed the final examination. Afterwards he did his one-year military service and participated in the Franco-German War. After the war, in , he obtained a job as a chemist working with enamels at the workshop of his brother-in-law Ernst August Geitner.


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His contract began on November 9, and ran over 3 years with a following extention until October 17, Netto was initially assigned to modernizing the silver and copper mine at Kosaka, located in the today's Akita prefecture. Netto replaced this method by the wet method of Mansfeld.

Netto imported further equipment from Germany and introduced modern German smelting techniques, using reverberatory furnaces and precipitation techniques. He pioneered the modernization of the Japanese copper smelting technology. With the ordered machines from Germany came in also the mechanical engineer C. In , the Kosaka mine was again leased by the government to its former owner. Then his contract was terminated, Netto left for Tokyo, where he spent the next eight years.

In the area around Kosaka ore is mined even today. He arrived in Tokyo in October At this time a number of schools founded during the Tokugawa period were consolidated to form the University of Tokyo, and Netto became the first professor in the university's Department of Mining and Metallurgy in the Faculty of Science. His contract at the University started on October 20, and was initially limited to one year until Oct. An extension was concluded until Oct. He introduced modern theory and scientific expertise in these fields, and showed himself to be an affable and dedicated teacher.

He had a broad and firm grasp of his field, and taught his students to approach their studies of mining and metallurgy with regard for the social, economic, and political realities. In this sense he was the perfect teacher for the generation of engineers who would lead the field in the years ahead. Thus, Netto was the first teacher of Japan's leading specialists and engineers in mining and metallurgy, and he forged an invaluable link between Japan, the Bergakademie Freiberg, and Germany.

Upon his return, Watanabe became Japans foremost authority on mining.

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Noro is famous today for his key role in building the government-operated Yawata Steel Works which opened in At Yawata, Noro and other Japanese engineers adapted German steel refining technology to meet Japanese requirements. The Yawata Steelworks was equipped with the first modern facilities in Japan and later grew into the corporate giant, Nippon Steel.

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A large number of Japanese students traveled to study at the Bergakademie during the Meiji period, and Netto looked after many of them after he himself returned to Germany. Netto's contract of employment as a professor ended on October 19, , when he took a one-year leave; he spent half a year in Germany and half a year in America and Mexico. During the period of his leave he was replaced by A. Christian Bansa is also mentioned as a temporary lecturer in this field.

When he returned to Japan after the end of his leave, he was employed again by the University; his contract ran now from September 11, to September 10, with extension until December 31, However, he ceased his contract already on December 12, in order to return to Germany. This marked the beginning of the transition from dependence on foreign expertise to reliance on the newly trained generation of Japanese specialists and the growing independence of Japan's educational system.

The University of Tokyo had wanted Netto to stay and asked him to renew his contract, but he refused, confident that his former pupils, Watanabe and Noro among them, were fully capable of taking over. Netto had ample reason to be proud of his work in Japan, and he was certainly one of the country's most important benefactors. In also a Japanese edition appeared. Less known is that he also had been an active and founding member of the "Tokio Singing Club", with conductor Franz Eckert and Dr. Baelz as president. Early in he finally left Japan. In Canton, he had to discover, that the Chinese Bank, to which he had transferred his surely considerable savings, had collapsed.

In Paris he visited then also Martin Michael Bair. His brother-in-law, Siegfried [Samuel] Bing , had also been very successful in Japan some time ago and was extremely interested in Japanese woodcuts. Probably Bing had bought such woodcuts from Netto, who gathered ukiyo-e prints as a passionate collector, and after the shock in Canton, Netto needed nothing else more urgently than money. Bing opened in in Paris an art trade specialised in Japanese art.