File:NDL987442 中央度量衡検定所報告追録 part1.pdf

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Original file(6,483 × 4,210 pixels, file size: 61.81 MB, MIME type: application/pdf, 100 pages)

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中央度量衡検定所報告追録   (Wikidata search (Cirrus search) Wikidata query (SPARQL)  Create new Wikidata item based on this file)
Author
中央度量衡検定所 (商工省)
image of artwork listed in title parameter on this page
Title
中央度量衡検定所報告追録
Publisher
中央度量衡検定所
Language jpn
Publication date

1925

大正14
Place of publication JP
Source

doi:10.11501/987442

institution QS:P195,Q477675
Part Title
InfoField
温度計に関する調査 第1輯
Publication Place
InfoField
[東京]
Subject: NDC
InfoField
609
Extent
InfoField
215p ; 23cm
Material Type
InfoField
Book
Source Identifier: JPNO
InfoField
43055392
Date Digitized: W3CDTF
InfoField
2006-03-31
Audience
InfoField
一般
Title Transcription
InfoField
チュウオウ ドリョウコウ ケンテイジョ ホウコク ツイロク
Publisher Transcription
InfoField
チュウオウ ドリョウコウ ケンテイジョ
Source Identifier: NDLBibID
InfoField
000000602640
Call Number
InfoField
14.5-159
Creator: NDLNAId
InfoField
00401241
Contents
InfoField
目次

第一章 體温計屈折面の形狀に就て/1p

第一節 棒狀體溫計の屈折面の形狀/1p

第二節 棒狀體溫計の切斷面の形と水銀糸擴大との關係/8p

第三節 切斷面の縞に就て。附縞の形狀より硝子卷取の狀態を判別する事/24p

第四節 英國製A體溫計の型/33p

第五節 硝子種卷取法及び螺旋形スヂの變位/34p

第六節 硝子種の大きさと型の大きさとの關係/43p

第七節 棒狀體溫形の型の角度の限界/47p

第二章 平型體温計毛細管の切斷面の形狀に就て/56p

第一節 毛細管切斷面の形狀/56p

第二節 乳色硝子の大きさの制限/66p

第三章 温度計毛細管孔の形狀・大きさ及び球部の大小/68p

第一節 棒狀體溫計の毛細管孔の形狀/68p

第二節 橢圓形毛細管孔の製法/73p

第三節 毛細管孔の橢圓形なる利益/77p

第四節 體温計毛細管孔の直徑の算出/81p

第五節 平型體温計球部の大小/87p

第四章 英國製A體温計に就て/92p

第一節 緖言/92p

第二節 英國製A體温計の硝子/92p

第三節 英國製A體温計球部の壁の厚さ/96p

第四節 アルカリ遊離試驗/99p

第五章 平型體温計破損箇所とストレーンとの關係/100p

第一節 緖言/100p

第二節 平型體温計の破損箇所/100p

第三節 平型體温計の頭部製作時の熱及びストレーンの分布狀態/103p

第四節 刻度板の影響/113p

第五節 體温計の破損を減少せしむる方法/118p

第六節 日本製品と獨逸製品との比較/122p

第七節 切斷面扁平なる硝子管の破損/122p

第六章 温度計の硝子は光學的に結晶體の性質を有す/127p

第七章 温度計のアルカリ遊離に就て/131p

第一節 遊離アルカリによる示の不明瞭に就て/131p

第二節 體温計に滲出せる遊離アルカリの顯微鏡寫眞/132p

第三節 アルカリ遊離とストレーンとの關係/139p

第四節 平型體温計及び二重管温度計の遊離アルカリの檢出方法/147p

第五節 棒狀體温計及び棒狀温度計のアルカリ遊離試驗/150p

第六節 體温計を破壊せずしてアルカリ遊離試驗を行ふ方法/152p

第七節 體温計及び温度計のアルカリ遊離試驗の標準を定むること/153p

第八節 體温計の水銀球部內面の遊離アルカリの檢出/155p

第九節 温度計體温計の經年變化とアルカリ遊離との關係/158p

第十節 毛細管孔內のアルカリ遊離による水銀の上昇/166p

第十一節 硝子の收縮による水銀上昇とアルカリ遊離による水銀上昇とを見分ける法/174p

第十二節 經年變化と温度計使用囘數との關係/179p

Licensing

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Public domain
According to Japanese Copyright Law (June 1, 2018 grant) the copyright on this work has expired and is as such public domain. According to articles 51, 52, 53 and 57 of the copyright laws of Japan, under the jurisdiction of the Government of Japan works enter the public domain 50 years after the death of the creator (there being multiple creators, the creator who dies last) or 50 years after publication for anonymous or pseudonymous authors or for works whose copyright holder is an organization.

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current09:00, 27 November 2023Thumbnail for version as of 09:00, 27 November 20236,483 × 4,210, 100 pages (61.81 MB)Wmr-bot (talk | contribs)上載《987442_1.pdf》

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