TELEHEALTH - 科学・技術 1

[About the Book] How much do you really know about Minamata disease, the tragedy that shook Japan in the 1950s? Often described as the worst industrial pollution disaster in Japanese history, the crisis began with strange behavior in cats and the illness of a single young girl. Drawing on contemp……続きを見る

[About the Book] ーWeaving poetry in an absurd world- Reality and imagination, consciousness and the unconscious, presence and absence, self and other, light and shadow. Layer upon layer, these worlds intertwine and take shape in words-in poetry. This collection brings together poems by Shugo Kaw……続きを見る

Super Potato Design presents the work of internationally-renowned Japanese designer Takashi Sugimoto. Super Potato's striking interiors have totally revolutionized Japanese design through the use of exposed concrete surfaces, rough-hewn timber and unevenly cut stone juxtaposed with salvaged metal……続きを見る

This unique guide to traditional handmade Japanese tools offers hobbyists, woodworkers and craftspeople an essential introduction to the artistry of Japanese tools. Their structure, mechanics, use and care are described in loving detail as only master Japanese craftsmen and tool expert are able to……続きを見る

Uncover the future of persimmon (""""kaki"""") cultivation through a bold fusion of scientific insight, traditional knowledge, and personal resilience. This book charts the evolution of orchard practices, drawing from the author's family legacy and a life-threatening illness that reshaped their en……続きを見る

This book condenses ""Prohibition items"" in order to make workshop drawing. The main points are clear at a glance by a comparison drawing of good and bad examples. This book is gathered and edited by the members of our Study Group, who are good at making workshop drawing. This book are focused in……続きを見る

ISO16610シリーズで規格化されているローパスフィルタを中心に，ISOにならなかったL1ノルム型ロバストスプラインフィルタなども含め周辺のローパスフィルタの理論や計算方法。 身近だけれどほとんどの人は知らない表面性状。 表面性状を仕事にしている人ですら多くはよく知らないで使っている。 表面性状用フィルタについ……続きを見る

熱の移動は、物理現象の中で最も身近な現象のひとつであると共に、体系化が進んでいる学術分野である。また工学的な視点から、伝熱は、物質移動、流動、化学反応と並んで極めて重要な要素現象であると共に、特に材料工学の領域においても製造プロセスの設計や材質の制御を行う上で、研究者・技術者が備え持つべき基礎知識……続きを見る