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	<title>뜰 앞의 잣나무</title>
	<link>http://eulpaso.egloos.com</link>
	<description>위 아래가 없는 평등한 세상
Copyright가 사라진 공평한 세상을 꿈꾸며... </description>
	<language>ko</language>
	<pubDate>Sat, 07 Nov 2009 15:16:38 GMT</pubDate>
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		<title>뜰 앞의 잣나무</title>
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		<width>80</width>
		<height>93</height>
		<description>위 아래가 없는 평등한 세상
Copyright가 사라진 공평한 세상을 꿈꾸며... </description>
	</image>
  	<item>
		<title><![CDATA[ 부록. 열역학 용어 해설 ]]> </title>
		<link>http://eulpaso.egloos.com/2467431</link>
		<guid>http://eulpaso.egloos.com/2467431</guid>
		<description>
			<![CDATA[ 
  오늘은 이제까지 다루었던 부분 중에서 특히 열역학 용어 및 개념에 대해 설명하고자 한다.

이 내용은 어느 교재에도 나와 있지 않으며, 십수년 전에 기계공학을 전공하면서부터 익혔던 것을 나 스스로 머릿속에 정리해 둔 것들이다.

졸업 후에 전공과는 아무런 .... <a href="http://eulpaso.egloos.com/2467431"><font style="font-size:11px;">글 전체보기</font></a>			 ]]> 
		</description>
		<category>공조냉동</category>
		<category>열역학용어정리</category>
		<category>온도</category>
		<category>비열비</category>
		<category>정압비열</category>
		<category>정적비열</category>
		<category>질량보존의법칙</category>
		<category>에너지보존의법칙</category>
		<category>열역학제0법칙</category>
		<category>열역학제1법칙</category>
		<category>열역학제2법칙</category>
		<category>열역학제3법칙</category>
		<category>기체상수</category>
		<category>주울톰슨효과</category>
		<category>베르누이방정식</category>
		<category>질량유량</category>

		<comments>http://eulpaso.egloos.com/2467431#comments</comments>
		<pubDate>Sat, 07 Nov 2009 11:39:09 GMT</pubDate>
		<dc:creator>을파소</dc:creator>
	</item>
	<item>
		<title><![CDATA[ [Viewsnnews] 공성진외 친이계 의원 4명 실명 나돌아, 100억 비자금 살포 파문 ]]> </title>
		<link>http://eulpaso.egloos.com/2466896</link>
		<guid>http://eulpaso.egloos.com/2466896</guid>
		<description>
			<![CDATA[ 
  [Viewsnnews] '공성진 쇼크'로 한나라 친이계 완전 패닉
공성진외 친이계 의원 4명 실명 나돌아, 100억 비자금 살포 파문

그냥 꾹 참고 살아보려고 했는데... 정말 억장이 무너지는 일이 하루가 멀다 하고 벌어지고 있다. 뭐 나를 비롯한 많은 분.... <a href="http://eulpaso.egloos.com/2466896"><font style="font-size:11px;">글 전체보기</font></a>			 ]]> 
		</description>
		<category>언론 비평 이야기</category>
		<category>차떼기</category>
		<category>공성진</category>
		<category>친이계</category>
		<category>100억비자금살포</category>
		<category>매국찌라시</category>
		<category>항일독립군</category>
		<category>731부대</category>
		<category>마루타</category>

		<comments>http://eulpaso.egloos.com/2466896#comments</comments>
		<pubDate>Fri, 06 Nov 2009 14:51:06 GMT</pubDate>
		<dc:creator>을파소</dc:creator>
	</item>
	<item>
		<title><![CDATA[ 제 1 편 냉동기계 ]]> </title>
		<link>http://eulpaso.egloos.com/2465355</link>
		<guid>http://eulpaso.egloos.com/2465355</guid>
		<description>
			<![CDATA[ 
  제 6 장 팽창밸브 (Expansion Valve)

&nbsp;&nbsp; 고온 · 고압의 냉매액을 증발기에서 증발하기 쉽도록 교축작용에 의하여 단열팽창(교축)시켜 저온 · 저압으로 낮춰주는 작용을 하는 동시에 냉동부하(증발부하)의 변동에 대응하여 냉매량을 .... <a href="http://eulpaso.egloos.com/2465355"><font style="font-size:11px;">글 전체보기</font></a>			 ]]> 
		</description>
		<category>공조냉동</category>
		<category>팽창밸브</category>
		<category>수동팽창밸브</category>
		<category>모세관</category>
		<category>정압식팽창밸브</category>
		<category>온도식자동팽창밸브</category>
		<category>감온통</category>
		<category>파일롯온도식자동팽창밸브</category>
		<category>저압측플로우트밸브</category>
		<category>고압측플로우트밸브</category>
		<category>에어벤트</category>

		<comments>http://eulpaso.egloos.com/2465355#comments</comments>
		<pubDate>Wed, 04 Nov 2009 12:01:00 GMT</pubDate>
		<dc:creator>을파소</dc:creator>
	</item>
	<item>
		<title><![CDATA[ 제 1 편 냉동기계 ]]> </title>
		<link>http://eulpaso.egloos.com/2464580</link>
		<guid>http://eulpaso.egloos.com/2464580</guid>
		<description>
			<![CDATA[ 
  제 5 장 응축기 (Condenser)

&nbsp;&nbsp; 압축기에서 토출된 고온 · 고압의 냉매가스를 상온 이하의 물이나 공기를 이용하여 냉매가스 중의 열을 제거하여 응축, 액화시키는 장치로 과열 제거, 응축 · 액화 · 과냉각의 3대 작용으로 이루어지.... <a href="http://eulpaso.egloos.com/2464580"><font style="font-size:11px;">글 전체보기</font></a>			 ]]> 
		</description>
		<category>공조냉동</category>
		<category>응축기</category>
		<category>condenser</category>
		<category>공냉식응축기</category>
		<category>수냉식응축기</category>
		<category>증발식응축기</category>
		<category>Eliminator</category>
		<category>냉각탑</category>
		<category>Cooling-Range</category>
		<category>Cooling-Approach</category>
		<category>방열량</category>
		<category>방열계수</category>

		<comments>http://eulpaso.egloos.com/2464580#comments</comments>
		<pubDate>Tue, 03 Nov 2009 11:43:07 GMT</pubDate>
		<dc:creator>을파소</dc:creator>
	</item>
	<item>
		<title><![CDATA[ 제 1 편 냉동기계 ]]> </title>
		<link>http://eulpaso.egloos.com/2463755</link>
		<guid>http://eulpaso.egloos.com/2463755</guid>
		<description>
			<![CDATA[ 
  제 4 장 압축기 (Compressor)

&nbsp;&nbsp; 증발기에서 증발한 저온저압의 냉매가스를 재사용하기 위해 압축기에 흡입시켜 응축기에서 응축액화를 쉽게 할 수 있도록 압력을 상승시켜 주며 냉매를 순환시켜 주는 기기

Ⅰ. 압축기의 분류

.... <a href="http://eulpaso.egloos.com/2463755"><font style="font-size:11px;">글 전체보기</font></a>			 ]]> 
		</description>
		<category>공조냉동</category>
		<category>압축기</category>
		<category>Compressor</category>
		<category>압축기종류</category>
		<category>클리어런스</category>
		<category>체적형압축기</category>
		<category>터보압축기</category>
		<category>흡수식냉동기</category>
		<category>개방형압축기</category>
		<category>밀폐형압축기</category>
		<category>맥동현상</category>
		<category>Surging</category>
		<category>큐노필터</category>
		<category>압축비</category>
		<category>피스톤압출량</category>
		<category>체적효율</category>
		<category>압축효율</category>

		<comments>http://eulpaso.egloos.com/2463755#comments</comments>
		<pubDate>Mon, 02 Nov 2009 12:39:56 GMT</pubDate>
		<dc:creator>을파소</dc:creator>
	</item>
	<item>
		<title><![CDATA[ 제 1 편 냉동기계 ]]> </title>
		<link>http://eulpaso.egloos.com/2462724</link>
		<guid>http://eulpaso.egloos.com/2462724</guid>
		<description>
			<![CDATA[ 
  제 3 장 냉매 (Refrigerant)

&nbsp;&nbsp; 냉동 사이클을 순환하는 동작유체로서 저온의 열을 흡수하여 고온부로 운반, 이동시키는 순환 및 동작물질을 냉매라 한다.

Ⅰ. 냉매의 구비조건

1. 물리적 조건
&nbsp;&nbsp; .... <a href="http://eulpaso.egloos.com/2462724"><font style="font-size:11px;">글 전체보기</font></a>			 ]]> 
		</description>
		<category>공조냉동</category>
		<category>냉매</category>
		<category>프레온냉매</category>
		<category>암모니아</category>
		<category>프레온계냉매명명법</category>
		<category>에탄계CH4</category>
		<category>메탄계C2H6</category>
		<category>오일포밍</category>
		<category>오일햄머링</category>
		<category>동부착현상</category>
		<category>1차냉매</category>
		<category>2차냉매</category>
		<category>브라인냉매</category>
		<category>Brine</category>

		<comments>http://eulpaso.egloos.com/2462724#comments</comments>
		<pubDate>Sun, 01 Nov 2009 09:04:06 GMT</pubDate>
		<dc:creator>을파소</dc:creator>
	</item>
	<item>
		<title><![CDATA[ 제 1 편 냉동기계 ]]> </title>
		<link>http://eulpaso.egloos.com/2461373</link>
		<guid>http://eulpaso.egloos.com/2461373</guid>
		<description>
			<![CDATA[ 
  제 02 장 냉동의 기본사항

Ⅰ. 냉동(Refrigeration)의 개요

1. 냉동의 정의
&nbsp;&nbsp; 일정한 공간이나 물체로부터 열을 제거하여 인공적으로 주위온도보다 낮게 유지하는 것
(1) 냉각 (Cooling)
&nbsp;&nbsp.... <a href="http://eulpaso.egloos.com/2461373"><font style="font-size:11px;">글 전체보기</font></a>			 ]]> 
		</description>
		<category>공조냉동</category>
		<category>냉동장치</category>
		<category>열역학적사이클</category>
		<category>카르노사이클</category>
		<category>역카르노사이클</category>
		<category>몰리엘선도</category>
		<category>등엔탈피선</category>
		<category>등엔트로피선</category>
		<category>등건조도선</category>
		<category>기준냉동사이클</category>
		<category>NH₃기준냉동사이클</category>
		<category>냉동톤</category>
		<category>제빙톤</category>
		<category>1RT</category>
		<category>1USRT</category>

		<comments>http://eulpaso.egloos.com/2461373#comments</comments>
		<pubDate>Fri, 30 Oct 2009 07:05:09 GMT</pubDate>
		<dc:creator>을파소</dc:creator>
	</item>
	<item>
		<title><![CDATA[ 제 1 편 냉동기계 ]]> </title>
		<link>http://eulpaso.egloos.com/2458443</link>
		<guid>http://eulpaso.egloos.com/2458443</guid>
		<description>
			<![CDATA[ 
  제 1 장 냉동의 기초 열역학

ⅩⅠ. 기체의 성질

1. 기체의 상태변화에 따른 법칙
(1) 보일의 법칙 (Boyle's Law)
&nbsp;&nbsp;&nbsp;&nbsp; 어떤 기체의 온도가 일정(T = Constant)할 때 압력과 부피는 반비례.... <a href="http://eulpaso.egloos.com/2458443"><font style="font-size:11px;">글 전체보기</font></a>			 ]]> 
		</description>
		<category>공조냉동</category>
		<category>보일의법칙</category>
		<category>샬의법칙</category>
		<category>보일-샬의법칙</category>
		<category>이상기체상태방정식</category>
		<category>이상기체상수</category>
		<category>단열변화</category>
		<category>등온변화</category>
		<category>폴리트로픽변화</category>
		<category>주울톰슨효과</category>
		<category>교축작용</category>
		<category>베르누이방정식</category>

		<comments>http://eulpaso.egloos.com/2458443#comments</comments>
		<pubDate>Mon, 26 Oct 2009 11:43:29 GMT</pubDate>
		<dc:creator>을파소</dc:creator>
	</item>
	<item>
		<title><![CDATA[ 제 1 편 냉동기계 ]]> </title>
		<link>http://eulpaso.egloos.com/2457590</link>
		<guid>http://eulpaso.egloos.com/2457590</guid>
		<description>
			<![CDATA[ 
  Ⅵ. 열역학 법칙

1. 열역학 제 0 법칙 (열평형의 법칙)
&nbsp;&nbsp; 온도가 다른 각각의 물체를 접촉시키면 열이 이동되어 두 물질의 온도가 같아져 열평형을 이루게 되며 이는 온도계 온도측정의 원리가 된다.

&nbsp;&nbsp;&nbsp.... <a href="http://eulpaso.egloos.com/2457590"><font style="font-size:11px;">글 전체보기</font></a>			 ]]> 
		</description>
		<category>공조냉동</category>
		<category>공조냉동</category>
		<category>열역학제0법칙</category>
		<category>열역학제1법칙</category>
		<category>열역학제2법칙</category>
		<category>열역학제3법칙</category>
		<category>엔탈피</category>
		<category>엔트로피</category>
		<category>제1종영구기관</category>
		<category>제2종영구기관</category>
		<category>가역</category>
		<category>비가역</category>
		<category>열전달</category>
		<category>전도</category>
		<category>대류</category>
		<category>복사</category>
		<category>열전도율</category>
		<category>열전달률</category>
		<category>비중</category>
		<category>밀도</category>
		<category>압력</category>

		<comments>http://eulpaso.egloos.com/2457590#comments</comments>
		<pubDate>Sun, 25 Oct 2009 11:23:35 GMT</pubDate>
		<dc:creator>을파소</dc:creator>
	</item>
	<item>
		<title><![CDATA[ 제 1 편 냉동기계 ]]> </title>
		<link>http://eulpaso.egloos.com/2456370</link>
		<guid>http://eulpaso.egloos.com/2456370</guid>
		<description>
			<![CDATA[ 
  제 1 장 냉동의 기초 열역학

Ⅰ. 온도 (Temperature)

&nbsp;&nbsp; 차갑고 뜨거운 정도(냉온의 정도)나 분자운동에너지의 세기를 수치로 나타낸 것

1. 온도의 분류
(1) 섭씨온도 (Centigrade Temperature, .... <a href="http://eulpaso.egloos.com/2456370"><font style="font-size:11px;">글 전체보기</font></a>			 ]]> 
		</description>
		<category>공조냉동</category>
		<category>열역학</category>
		<category>온도</category>
		<category>섭씨온도</category>
		<category>화씨온도</category>
		<category>캘빈온도</category>
		<category>절대온도</category>
		<category>랭킨온도</category>
		<category>비열</category>
		<category>열용량</category>
		<category>표준대기압</category>
		<category>과냉각액</category>
		<category>포화증기</category>
		<category>과열증기</category>
		<category>습포화증기</category>
		<category>건조포화증기</category>
		<category>포화액선</category>
		<category>건조포화증기선</category>
		<category>임계점</category>
		<category>건조도</category>
		<category>응고잠열</category>

		<comments>http://eulpaso.egloos.com/2456370#comments</comments>
		<pubDate>Fri, 23 Oct 2009 14:24:05 GMT</pubDate>
		<dc:creator>을파소</dc:creator>
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