| 영문 | burn | 한글 | 화상 |
|---|---|---|---|
| 설명 | 화상이란 열에 의한 신체조직의 손상을 말한다. 1. 화상의 정도 피부는 신체의 가장 겉에서 신체를 보호하는 역할을 하는 것이므로 대부분의 화상은 피부를 손상시킨다. 피부는 해부학적으로 진피, 표피, 그리고 피하조직의 3개의 층으로 나뉜다. 화상의 정도는 피부의 손상정도에 따라 1, 2, 3, 4도 화상을 분류한다. -1도화상－표피만이 열로 손상을 받은 경우를 말한다. 화상을 입은 피부는 붉은 색을 뛰고 매우 아프다. 대개 1주일 이내로 완전 회복이다. -2도화상－표피의 전층과 일부분의 진피가 손상을 받은 경우를 말한다. 화상부위가 아프며 붉은 색을 띠고 물집이 생긴다. 대개 2주이내에 완전 회복이 된다. -3도화상－진피의 전층과 피하조직의 대부분이 손상을 받은 경우를 말한다. 피부의 감작을 느끼는 신경의 말단은 진피층에 존재하고 있으므로 이 경우에는 화상을 입은 부위에 감각이 없고 아프지도 않다. 그리고 피부의 혈액을 공급하는 혈관도 역시 피하지방층과 진피층의 사이에 존재하므로 이 경우에 혈관도 손상을 받아서 화상을 입은 부위가 매우 건조하게 보인다. 그리고 피부이식이 있기 전에는 완전 회복이 있을 수가 없다. -4도화상－피하조직의 전층과 피하지방층 아래에 존재하는 부분의 손상이 있는 경우를 말한다. 이 경우 화상의 부위의 특징은 거의 3도 화상과 같고 피부이하 부위의 손상에 의한 증상이 보태질 수 있다. 2. 화상의 범위 화상의 범위를 결정하는 것은 화상의 치료법과 예후를 결정하는 데에 아주 중요한 역할을 한다. 화상의 범위를 정하는 방법은 여러 가지가 있으나 9의 규칙(rule of nine)이 간단하고 보편적으로 많이 쓰인다. 머리부위－9%, 팔한쪽－9%, 몸통의 앞면－18%, 몸통의 뒷면－18%, 다리가 각각－18% 해당한다. 즉 머리전체와 한쪽 다리가 화상을 입을 경우의 화상의 범위는 몸 전체의 27%가 화상을 입은 것이다. |
||
| STEAM | stimulated echo acquisition mode |
|---|---|
| BDC | Bazex-Dupre-Christol [syndrome]; burn-dressing change |
| BI | background interval; bacterial or bactericidal index; base-in [prism]; basilar impression; Billroth ... |
| BU | base of prism up; Bethesda unit; blood urea; Bodansky unit; bromouracil; burn unit |
| DPB | days post-burn; diffuse panbronchiolitis |
| STEAM | Stimulated echo acquisition mode |
|---|---|
| RMS | rostral migratory steam |
| MBI | Maslach Burn-out Inventory |
| PBD | post burn days |
| % TBSA | Total burn surface area |
| pound of steam | One pound mass of water converted to steam. (05 Dec 1998) |
|---|---|
| saturated steam | Steam at the temperature that corresponds to its boiling temperature at the same pressure. (05 Dec 1998) |
| steam | 1. To emit steam or vapor. "My brother's ghost hangs hovering there, O'er his warm blood, that steams into the air." (Dryden) "Let the crude humors dance In heated brass, steaming with fire intence." (J. Philips) 2. To rise in vapor; to issue, or pass off, as vapor. "The dissolved amber . . . Steamed away into the air." (Boyle) 3. To move or travel by the agency of steam. "The vessel steamed out of port." (N. P. Willis) 4. To generate steam; as, the boiler steams well. Origin: Steamed; Steaming. 1. To exhale. 2. To expose to the action of steam; to apply steam to for softening, dressing, or preparing; as, to steam wood; to steamcloth; to steam food, etc. 1. The elastic, aeriform fluid into which water is converted when heated to the boiling points; water in the state of vapor. 2. The mist formed by condensed vapor; visible vapor; so called in popular usage. 3. Any exhalation. "A steam og rich, distilled perfumes." Dry steam, steam which does not contain water held in suspension mechanically; sometimes applied to superheated steam. Exhaust steam. See Exhaust. High steam, or High-pressure steam, steam of which the pressure greatly exceeds that of the atmosphere. Low steam, or Low-pressure steam, steam of which the pressure is less than, equal to, or not greatly above, that of the atmosphere. Saturated steam, steam at the temperature of the boiling point which corresponds to its pressure; sometimes also applied to wet steam. Superheated steam, steam heated to a temperature higher than the boiling point corresponding to its pressure. It can not exist in contact with water, nor contain water, and resembles a perfect gas; called also surcharged steam, anhydrous steam, and steam gas. Wet steam, steam which contains water held in suspension mechanically; called also misty steam. Steam is often used adjectively, and in combination, to denote, produced by heat, or operated by power, derived from steam, in distinction from other sources of power; as in steam boiler or steam-boiler, steam dredger or steam-dredger, steam engine or steam-engine, steam heat, steam plow or steam-plow, etc. Steam blower. A blower for producing a draught consisting of a jet or jets of steam in a chimney or under a fire. A fan blower driven directly by a steam engine. Steam boiler, a boiler for producing steam. See Boiler, 3, and Note. In the illustration, the shell a of the boiler is partly in section, showing the tubes, or flues, which the hot gases, from the fire beneath the boiler, enter, after traversing the outside of the shell, and through which the gases are led to the smoke pipe d, which delivers them to the chimney; b is the manhole; c the dome; e the steam pipe; f the feed and blow-off pipe; g the safety value; hthe water gauge. Steam car, a car driven by steam power, or drawn by a locomotive. Steam carriage, a carriage upon wheels moved on common roads by steam. Steam casing. See Steam jacket. Steam chest, the box or chamber from which steam is distributed to the cylinder of a steam engine, steam pump, etc, and which usually contains one or more values; called also valve chest, and valve box. Steam chimney, an annular chamber around the chimney of a boiler furnace, for drying steam. Steam coil, a coil of pipe, or collection of connected pipes, for containing steam; used for heating, drying, etc. <chemistry> Steam colours, the space in the boiler above the water level, and in the dome, which contains steam. Steam table, a table on which are dishes heated by steam for keeping food warm in the carving room of a hotel, restaurant, etc. Steam trap, a self-acting device by means of which water that accumulates in a pipe or vessel containing steam will be discharged without permitting steam to escape. Steam tug, a steam vessel used in towing or propelling ships. Steam vessel, a vessel propelled by steam; a steamboat or steamship; a steamer. Steam whistle, an apparatus attached to a steam boiler, as of a locomotive, through which steam is rapidly discharged, producing a loud whistle which serves as a warning signal. The steam issues from a narrow annular orifice around the upper edge of the lower cup or hemisphere, striking the thin edge of the bell above it, and producing sound in the manner of an organ pipe or a common whistle. Origin: OE. Stem, steem, vapor, flame, AS. Steam vapor, smoke, odour; akin to D. Stoom steam, perhaps originally, a pillar, or something rising like a pillar; cf. Gr. To erect, a pillar, and E. Stand. Source: Websters Dictionary (01 Mar 1998) |
| steam conversion factors | (approximations) 1 pound of steam = 1,000 Btu = .3 kW. 10,000 lbs/hr steam = 300 boiler horsepower. (05 Dec 1998) |
| steam engine | An engine moved by steam. In its most common forms its essential parts are a piston, a cylinder, and a valve gear. The piston works in the cylinder, to which steam is admitted by the action of the valve gear, and communicates motion to the machinery to be actuated. Steam engines are thus classified: 1. According to the wat the steam is used or applied, as condencing, noncondencing, compound, double-acting, single-acting, triple-expansion, etc. 2. According to the motion of the piston, as reciprocating, rotary, etc. 3. According to the motion imparted by the engine, as rotative and nonrotative. 4. According to the arrangement of the engine, as stationary, portable, and semiportable engines, beam engine, oscillating engine, direct-acting and back-acting engines, etc. 5. According to their uses, as portable, marine, locomotive, pumping, blowing, winding, and stationary engines. Locomotive and portable engines are usually high-pressure, noncondencing, rotative, and direct-acting. Marine engines are high or low pressure, rotative, and generally condencing, double-acting, and compound. Paddle engines are generally beam, sidelever, oscillating, or direct-acting. Screw engines are generally direct-acting, back-acting, or oscillating. Stationary engines belong to various classes, but are generally rotative. A horizontal or inclined stationary steam engine is called a left-hand or a right-hand engine when the crank shaft and driving pulley are on the left-hand side, or the right-hand side, respectively, or the engine, to a person looking at them from the cylinder, and is said to run forward or backward when the crank traverses the upward half, or lower half, respectively, of its path, while the piston rod makes its stroke outward from the cylinder. A marine engine, or the engine of a locomotive, is said to run forward when its motion is such as would propel the vessel or the locomotive forward. Steam engines are further classified as double-cylinder, disk, semicylinder, trunk engines, etc. Machines, such as cranes, hammers, etc, of which the steam engine forms a part, are called steam cranes, steam hammers, etc. Back-acting, or Back-action, steam engine, a steam engine in which the motion is transmitted backward from the crosshead to a crank which is between the crosshead and the cylinder, or beyond the cylinder. Portable steam engine, a steam engine combined with, and attached to, a boiler which is mounted on wheels so as to admit of easy transportation; used for driving machinery in the field, as trashing machines, draining pumps, etc. Semiportable steam engine, a steam engine combined with, and attached to, a steam boiler, but not mounted on wheels. Source: Websters Dictionary (01 Mar 1998) |
| steam-fitter's asthma | Asthma associated with asbestosis acquired by exposure to asbestos-insulated heating and plumbing components. (05 Mar 2000) |
| steam turbine | A device for converting energy of high-pressure steam (produced in a boiler) into mechanical power which can then be used to generate electricity. (05 Dec 1998) |
| superheated steam | Steam at a given pressure which is above the temperature which corresponds to boiling temperature at that given pressure. (05 Dec 1998) |
| broadcast burn | Controlled fire over the entire surface of a designated area. (05 Dec 1998) |
| brush burn | A burn caused by friction of a rapidly moving object against the skin or ground into the skin. (05 Mar 2000) |
| burn | 1. A hurt, injury, or effect caused by fire or excessive or intense heat. 2. The operation or result of burning or baking, as in brickmaking; as, they have a good burn. 3. A disease in vegetables. See Brand. 1. To consume with fire; to reduce to ashes by the action of heat or fire; frequently intensified by up: as, to burn up wood. "We'll burn his body in the holy place." 2. To injure by fire or heat; to change destructively some property or properties of, by undue exposure to fire or heat; to scorch; to scald; to blister; to singe; to char; to sear; as, to burn steel in forging; to burn one's face in the sun; the sun burns the grass. 3. To perfect or improve by fire or heat; to submit to the action of fire or heat for some economic purpose; to destroy or change some property or properties of, by exposure to fire or heat in due degree for obtaining a desired residuum, product, or effect; to bake; as, to burn clay in making bricks or pottery; to burn wood so as to produce charcoal; to burn limestone for the lime. 4. To make or produce, as an effect or result, by the application of fire or heat; as, to burn a hole; to burn charcoal; to burn letters into a block. 5. To consume, injure, or change the condition of, as if by action of fire or heat; to affect as fire or heat does; as, to burn the mouth with pepper. "This tyrant fever burns me up." (Shak) "This dry sorrow burns up all my tears." (Dryden) "When the cold north wind bloweth, . . . It devoureth the mountains, and burneth the wilderness, and consumeth the ass as fire." (Ecclus. Xliii. 20, 21) 6. <surgery> To apply a cautery to; to cauterize. 7. <chemistry> To cause to combine with oxygen or other active agent, with evolution of heat; to consume; to oxidize; as, a man burns a certain amount of carbon at each respiration; to burn iron in oxygen. <engineering> To burn, To burn together, as two surfaces of metal, to fuse and unite them by pouring over them a quantity of the same metal in a liquid state. To burn a bowl, to displace it accidentally, the bowl so displaced being said to be burned. To burn daylight, to light candles before it is dark; to waste time; to perform superfluous actions. To burn one's fingers, to get one's self into unexpected trouble, as by interfering the concerns of others, speculation, etc. To burn out, to destroy or obliterate by burning. "Must you with hot irons burn out mine eyes?" . To be burned out, to suffer loss by fire, as the burning of one's house, store, or shop, with the contents. To burn up, To burn down, to burn entirely. Origin: OE. Bernen, brennen, v.t, early confused with beornen, birnen, v.i, AS. Baernan, bernan, v.t, birnan, v.i.; akin to OS. Brinnan, OFries. Barna, berna, OHG. Brinnan, brennan, G. Brennen, OD. Bernen, D. Branden, Dan. Braende, Sw. Branna, brinna, Icel. Brenna, Goth. Brinnan, brannjan (in comp), and possibly to E. Fervent. 1. To be of fire; to flame. "The mount burned with fire." 2. To suffer from, or be scorched by, an excess of heat. "Your meat doth burn, quoth I." (Shak) 3. To have a condition, quality, appearance, sensation, or emotion, as if on fire or excessively heated; to act or rage with destructive violence; to be in a state of lively emotion or strong desire; as, the face burns; to burn with fever. "Did not our heart burn within us, while he talked with us by the way?" (Luke xxiv. 32) "The barge she sat in, like a burnished throne, Burned on the water." (Shak) "Burning with high hope." (Byron) "The groan still deepens, and the combat burns." (Pope) "The parching air Burns frore, and cold performs the effect of fire." (Milton) 4. <chemistry> To combine energetically, with evolution of heat; as, copper burns in chlorine. 5. In certain games, to approach near to a concealed object which is sought. To burn out, to burn till the fuel is exhausted. To burn up, To burn down, to be entirely consumed. Source: Websters Dictionary (01 Mar 1998) |
| Burn and Rand theory | That stimulation of sympathetic fibres results first in the production of acetylcholine in the postganglionic nerve endings, which then release norepinephrine to act on the active site of the effector cell. (05 Mar 2000) |
| burn units | Specialised hospital facilities which provide intensive care for burn patients. (12 Dec 1998) |
| radiation burn | A burn caused by exposure to radium, X-rays, atomic energy in any form, ultraviolet rays, etc. (05 Mar 2000) |
| mass burn facility | A facility in which the pretreatment of MSW includes only inspection and simple separation to remove oversize, hazardous, or explosive materials. Large mass burn facilities have capacities of 3000 tons of MSW per day or more. Modular plants with capacities as low as 25 tons per day have been built. Mass burn technologies represent over 75% of all the MSW-to-energy facilities constructed in the United States to date. The major components of a mass burn facility include refuse receiving and handling, combustion and steam generation, flue gas cleaning, power generation, condenser cooling water, residue hauling, and storage. (05 Dec 1998) |
제품명 |
판매사 |
보험코드 | 성분/함량 | 구분/보험급여 |
|---|
제품명 |
판매사 |
보험코드 | 성분/함량 | 구분/보험급여 |
|---|