MARC

 008021018s2000        ulka                    000a    kor
■020    ▼a89-8413-034-6
■0801  ▼a62-982
■082    ▼a681.2▼b황883ㅇ▼223
■090    ▼a681.2▼b황883ㅇ
■1000  ▼a황태성
■24510▼a열처리  기술자를  위한  기초  진공  기술▼d황태성  저.
■260    ▼a서울▼b보문당▼c2000
■300    ▼a174p.▼b삽도▼c27cm
■505    ▼a제1장  진공이란▼c9▼a1-1  진공▼c9▼a1-2  진공의  분류▼c10▼a1-3  진공의  응용▼c12▼a1-3-1  일반적인  응용▼c13▼a1-3-2  공업분야의  이용▼c14▼a1-3-4  그  밖의  진공의  이용▼c15▼a제2장  단위▼c19▼a2-1  단위  제도▼c19▼a2-1-1  SI  다뉘▼c2000▼a2-2  압력의  단위▼c2511▼a2-2-1  절대압력과  게이지  압력▼c2622▼a2-2-2  액체의  높이로  표시한  압력▼c2733▼a2-3  온도의  단위▼c2844▼a제3장  이상기체와  실제기체▼c3355▼a3-1  기체의  상태변화▼c3366▼a3-3-1  기화점과  증기압▼c3477▼a3-1-2  삼중점(triple  point)▼c3588▼a3-2  이상기체의  법칙▼c3799▼a3-2-1  Boyle의  법칙▼c3700▼a3-2-2  Charle의  법칙▼c4111▼a3-2-3  이상기체의  일반  법칙▼c4322▼a3-3  실제기체의  상태식▼c4733▼a제4장  희박기체의  분자운동▼c5344▼a4-1  분자의  운동에너지(kinetic  energy  of  molecules)▼c5355▼a4-2  분자속도(molecular  velocities)▼c5566▼a4-3  평균  자유행로(mean  free  path)▼c5777▼a제5장  점송유동과  분자유동▼c6388▼a5-1  기체의  유동형태(flow  regimes)▼c6399▼a5-1-1  레이놀즈  수▼c6300▼a5-1-2  유량(throucgh  put)▼c6411▼a5-1-3  크누센  수(knudens  number)▼c6622▼a5-2  컨덕턴스(conductance)▼c6633▼a5-3  유량과  펌핑  스피드(Throughput  and  pumping  speed)▼c6844▼a제6장  희박기체의  에너지  전달▼c7355▼a6-1  점성상태와  분자상태▼c7366▼a6-2  분자막  형성시간▼c7477▼a6-3  열의  발산(thermal  thanspiration)▼c7688▼a6-4  열적확산(Thermal  diffusion)▼c7899▼a6-5  희박기체의  열  전도계수▼c7800▼a제7장  진공  펌프▼c8511▼a7-1  진공  펌프의  원리와  분류▼c8522▼a7-1-1  펌핑의  원리▼c8533▼a7-1-2  진공  펌프의  분류▼c8544▼a7-2  기계식  펌프(mechanical  pumps)▼c8755▼a7-2-1  액체  펌프(liquid  pump)▼c8766▼a7-2-2  피스톤  펌프(piston  pump)▼c8977▼a7-2-3  워터링  펌프(Watering  pump)▼c9088▼a7-2-4  회전  베인  펌프▼c9199▼a7-2-5  미끄럼  베인  펌프(sliding  vane-pump)▼c9400▼a7-2-6  회전  플린저  펌프▼c9511▼a7-2-7  루츠  펌프(Root's  pump)▼c9522▼a7-2-8  분자  펌프(Molecular  pump)▼c9633▼a7-3  확산펌프(diffusion  pump)▼c9744▼a제8장  진공  측정▼c10155▼a8-1  진공게이지의  분류▼c10166▼a8-2  기계식  진공  게이지▼c10277▼a8-2-1  브르돈  게이지▼c10288▼a8-2-2  경사  마노미터▼c10499▼a8-3-3  Duvrovin  게이지▼c10600▼a8-3-4  Mecleod  게이지▼c10811▼a8-4  점성(분자)게이지▼c10922▼a8-4-1  원리▼c10933▼a8-4-2  감소율  게이지(decrement  gage)▼c10944▼a8-4-3  회전  분자  게이지▼c11055▼a8-4-4  공명형  점성  게이지▼c11166▼a8-5  열적  전기적  성질을  이용한  진공게이지▼c11177▼a8-5-1  열전대  진공  게이지▼c11288▼a8-5-2  파이라니  진공게이지▼c11399▼a8-5-3  이온  진공게이지▼c11400▼a8-5-4  글래스  이온게이지(glass  ionization  vacuum  gage)▼c11511▼a8-5-5  zhfem  zothem(could  csthode)▼c11522▼a제9장  진공  열처리  시스템▼c11733▼a9-1  진공로의  특징▼c11744▼a9-2  진공  상태에서  금속의  성질▼c11955▼a9-2-1  금속의  증발▼c11966▼a9-2-2  합금의  증기압▼c12077▼a9-2-3  화합물의  분해▼c12088▼a9-3  진공  열처리  로(vacuum  furnace  for  heat  treatment)▼c12199▼a9-3-1  진공열처리로의  종류▼c12100▼a9-3-2  외부가열식  진공로(hot  wall  vacuum  furnace)▼c12311▼a9-3-3  내부  가열식  진공로(cold  wall  vacuum  furnace)▼c12722▼a9-4  가열  엘리멘트(heating  element)▼c13633▼a9-5  단열  장치▼c13844▼a9-5-1  금속재  열  차단  장치▼c13855▼a9-5-2  샌드위치식  설계▼c13966▼a9-5-3  다층  흑연(multilayer  graphite)▼c14077▼a9-5-4  단열장치의  유지  및  보수▼c14088▼a9-6  냉각  방식▼c14199▼a9-6-1  유동  통로  변경식  가스  냉각▼c14100▼a9-6-2  분사  가스  냉각방식▼c14211▼a9-7  제어기기(cotroller)▼c14322▼a9-7-1  온도  콘트롤(temperature  control)▼c14333▼a9-7-2  압력제어▼c14444▼a제10장  물리적  증착에  의한  표면  코팅▼c15155▼a10-1  표면  코팅  기술▼c15166▼a10-2  PVD  법의  종류와  특성▼c15277▼a10-2-1  진공  증착법▼c15288▼a10-2-2  스퍼터링  법▼c15599▼a10-2-3  이온  플레이팅법▼c1580000▼a10-3  PVD법의  문제점▼c1640101▼a10-4  PVD  기술의  응용  및  전망▼c1640202▼a부록▼c1690303
■950    ▼b￦12000

Preview

Export

ChatGPT Discussion

AI Recommended Related Books