MARC

 008071017s2006        ulka                    000      kor
■020    ▼a893360720X
■0801  ▼a53.083.7
■082    ▼a620.0044▼b이78ㅈ▼223
■090    ▼a620.0044▼b이78ㅈ
■1001  ▼a이징구,  이종대  공저
■24510▼a(최신)정밀측정공학▼d이징구,  이종대  공저
■260    ▼a서울▼b기전연구사▼c2006
■300    ▼a620p.▼b삽도▼c26cm
■505    ▼a제1장  정밀측정의  기초▼c15▼a1.1  정밀측정의  개념▼c15▼a1.2  측정의  종류▼c18▼a1.3  공차와  오차▼c21▼a1.4  측정의  방식▼c32▼a1.5  길이  및  각도의  단위▼c43▼a1.6  측정에  필요한  기초적  문제▼c44▼a제2장  길이의  측정▼c63▼a2.1  버니어  캘리퍼스(Vernier  cailpers)▼c63▼a2.2  마이크로미터(micrometer)▼c7500▼a2.3  하이트  게이지(height  gauge)▼c10111▼a2.4  다이얼  게이지(dial  gauge)▼c11422▼a2.5  게이지  블록(gauge  block)▼c13433▼a2.6  측장기(測長機)▼c15244▼a2.7  컴퍼레이터(Comparator)▼c16155▼a2.8  광학적  컴퍼레이터(comparator)▼c16666▼a2.9  내  ·  외경의  측정▼c18077▼a2.10  공기  마이크로미터(air  micrometer)▼c18588▼a2.11  전기  마이크로미터(electrical  micrometer)▼c20699▼a2.12  디지매틱  측정기기,  프로세서(processor)▼c22700▼a제3장  한계  게이지▼c23911▼a3.1  단일  게이지  방식(standard  gauge  system)▼c23922▼a3.2  한계  게이지(limit  gauge)▼c24133▼a3.3  치수공차  및  끼워맞춤▼c26444▼a제4장  각도의  측정▼c29955▼a4.1  각도의  기준▼c29966▼a4.2  각도의  단위▼c30077▼a4.3  각도  게이지▼c30088▼a4.4  각도  정규(bevel  protractor)▼c30299▼a4.5  정반(surface  plate)▼c30300▼a4.6  광선  정반(optical  flat)▼c30511▼a4.7  수준기▼c31022▼a4.8  삼각법에  의한  각도  측정▼c31533▼a4.9  원추의  테이퍼  측정▼c31844▼a4.10  오토  콜리메이터(autocollimator)▼c32255▼a제5장  표면  거칠기  측정▼c33166▼a5.1  표면  거칠기  측정의  필요성▼c33177▼a5.2  표면  거칠기의  측정  부분▼c33288▼a5.3  표면  구조▼c33399▼a5.4  표면  거칠기의  정의  및  그  표시방법▼c33800▼a5.5  표면  거칠기의  측정법▼c35211▼a5.6  표면  거칠기  표시의  구분▼c35722▼a5.7  표면  기호와  다듬질  기호▼c35933▼a제6장  형상  및  위치정도의  측정▼c36344▼a6.1  진원도▼c36455▼a6.2  진원도의  측정▼c37066▼a6.3  원통도의  측정▼c38577▼a6.4  진직도,  평면도의  측정▼c38688▼a6.5  임의의  선의  윤곽  측정▼c39199▼a6.6  임의의  면의  윤곽  측정▼c39100▼a6.7  평행도  측정▼c39211▼a6.8  직각도의  측정▼c39422▼a6.9  경사도▼c39533▼a6.10  흔들림의  측정▼c39544▼a6.11  위치  정도의  측정▼c39655▼a제7장  윤곽의  측정▼c40366▼a7.1  공구  현미경(toolmaker'  microscope)▼c40377▼a7.2  투영기(profile  projector)▼c41788▼a7.3  형상  측정기▼c42999▼a제8장  나사  측정▼c43700▼a8.1  나사의  결정량과  기본  산의  형상▼c43711▼a8.2  수나사의  측정▼c43822▼a8.3  암나사의  측정▼c44933▼a제9장  기어의  측정▼c45544▼a9.1  기어의  종류▼c45555▼a9.2  기어의  운동과  치형  곡선▼c45766▼a9.3  기어의  결정량과  공차▼c45877▼a9.4  기어의  오차▼c46288▼a9.5  이두께  측정▼c46299▼a9.6  오버  핀  법▼c46500▼a9.7  치형  오차의  측정▼c46711▼a9.8  피치  오차의  측정▼c46722▼a9.9  기어의  편심  오차의  측정▼c47433▼a9.10  잇줄  방향  오차의  측정▼c47544▼a9.11  기어의  맞물림  시험▼c47855▼a제10장  공작기계의  정도  검사▼c48366▼a10.1  시험(검사)  통칙▼c48377▼a10.2  공작  정밀도의  시험▼c48388▼a10.3  정적  정밀도의  시험▼c48499▼a10.4  정밀도  시험에  사용하는  측정기구의  정밀도▼c49400▼a제11장  3차원  측정기▼c49511▼a11.1  3차원  측정기의  일반▼c49522▼a11.2  3차원  측정기의  기능과  성능▼c49633▼a11.3  조작상의  분류▼c50144▼a11.4  3차원  측정기의  구성요소▼c50655▼a11.5  측정점  검출기▼c50766▼a11.6  측정방법▼c51477▼a11.7  3차원  측정기의  정도▼c51988▼a제12장  비접촉식  측정▼c52799▼a12.1  측정  방법(측정  센서)에  대한  분류▼c52700▼a12.2  CCD  비접촉  측정기의  분류▼c53511▼a12.3  레이저  응용  측정▼c54822▼a제13장  절삭공구의  측정▼c55933▼a13.1  드릴의  측정▼c55944▼a13.2  리머(remer)의  측정▼c56155▼a13.3  밀링  커터의  측정▼c56266▼a13.4  보링  바이트의  측정▼c56677▼a제14장  길이  측정기의  선정의  요점▼c56988▼a14.1  제품  공차,  측정기의  정도  및  측정  정도와의  관계▼c56999▼a제15장  정밀  측정의  자동화▼c5930000▼a15.1  자동  선발과  자동  치수▼c5930101▼a부록▼c6030202▼a1.  한계  게이지  설계(KS,  ISO,  JIS)▼c6030303▼a2.  동심도  검사  게이지(MMC  적용)의  설계▼c6050404▼a3.  위치도  검사  게이지(MMC  적용)  설계▼c6080505▼a4.  현장에서  상용하는  공식▼c6100606▼a참고문헌▼c6130707▼a찾아보기▼c6150808
■9500  ▼c22,000

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