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Кxcess 444 Expulsar Explosion, com­ b u s t i o n b y 943 -, d a n g e r o f . . 360з - I n t h e e x h a u s t 3463 - method . . . U&4 - pipette, H e m p e l ' s 94.7 - p r e s s u r e , to t a k e u p t h e 1872 -, r i s k o f . . . . 8603 E x p l o s i o n I223.122.io -, c o m b u s t i o n par 94з -, d a n g e r d' . . 3603 p i p e t t e d ' - de H e m p e l . . . 94.7 -, p r e s s i o n d ' . 1237 -, r e c e v o l r l a p r e s ­ s i o n d e Г 1872 - en la a d m i s i o n 346.1 -, b o m b a de . . 943 - , c o r a b u s t i 6 n por94.fi - f a l l i d a . . . . 2803 - . g l o b o d e . . 043 - de l a m e z c l a , l a n z a r el embolo p o r l a 299.1 - p e l i g r o de . . 3603 - perdida en c l e s c a p e 3463 -, p i p e t a d e - d e Hempel 94.7 -, p r o c e s o d c . 1134 -, r e c l b l r l a p r e s i d e d e l a 1872 Explosive mixture 2362 - -. to All t h e c v l i n d e r w i t h 2983 — . s t a r t i n g with t h e 2934 Explosive distancla - a de l a s c h i s p a s E x c e s s of air . 7 2 E x h a u s t s t r o k e 1243 E x p a n s i o n , coeffi­ - area 1982 - -, d e a d c e n t e r cient o f c u b i c a l 163 (centre) between - o f w o r k . . . 198J -, d u e to a d m i s s i o n a n d 1932 h e a t 163 Execution, eprou— , pressure - , - o f l i n e a r . . 137 v e r Г- d e l a d u r i n g 126.4 -, l a w o f . . . . 1163 m a c h i n e 3423 - tank 3193' - line 1243 -, v e r i f i e r Г- d e l a with h y d r a u l i c - of the p r o d u c t s m a c h i n e 3423 w a t e r s e a l 319з | o f c o m b u s t i o n 1243 Exfollacion del - . t e m p e r a t u r e at -, p r o l o n g e d . . 124.7 forro d c metal 1253! r a t i o o f . . . 1243 b i a n c o 1893 - valve . . . . 200з - s t r o k e . . . . 1223 E x f o l i a t i o n de l a - - box . . . . 2032 - . t a p e r e d e n d o f fourrure anti­ combined ad­ t h e p i s t o n f o r 175з f r i c t i o n 1893 m i s s i o n a n d 200.4 - d u r i n g t h e w h o l e E x h a u s t . 1193, 125.1 treat-, to a d j u s t s t r o k e 364.4 - blower . . . . 822 t h e - to w o r k E x p a n s i o n . . . 119.4 -, to - b o t h t h r o u g h on a two stroke - durante la c a r r e r a ports controlled c y c l e 294.1 e n t e r a 364.4 b y the piston - -. to b o l d t h e 226.1 - d e l o s g a s e s de and through a c o m b u s t i o n 124s v a l v e 205.8 - - . h o l d i n g the 2263 the - in Its - p r o l o n g a d a . 124.7 - cam 221.7 o p e n p o s i t i o n 229.1 E x p e d l c i o n 373.il, - -, h a m m e r o f 874.1, 874.10 t h e 346.4 — . n o l l o w w a t e r c o o l e d 202.4 E x p e d i d o r . . 874.ii carburettor E x p e d i e r 373.12, 8742 h e a t e d b y t h e 267.4 - -, k e e p i n g t h e - o p e n 22Нз E x p e d l r . 3 7 3 j 2 , 3742 - chamber, brick­ relieving pres­ E x p e d i t e u r . 874.li w o r k 319.4 sure in cylinder Expedition 873.it - . c o m m o n c a m for before o p e n i n g 374.1 a d m i s s i o n a n d 2213 m a i n 206.7 -. f r a i s d* . . . 3782 - . c y l i n d r i c a l slide -.valve box com­ E x p e l , to - t h e e x ­ v a l v e for ad­ m o n to a d m i s ­ haust gases by m i s s i o n a n d 246.7 s i o n a n d 2033 a i r s c a v e n g i n g 1273 -. e x p l o s i o n i n t h e velocity of . 1263 -, to - t h e e x h a u s t 3463 gases by a fresh - fan, s u c t i o n p l a n t E x h a u s t , to . . 1262 — by means of c h a r g e 1273 w i t h 373 an auxiliary Expenses, building - gases . . . . 1243 p u m p 127.1 3723 - gas column, oscil­ E x h a u s t e r . . . 822 - o f f r e i g h t . . 3732 l a t i o n o f t h e 126.1 E x h a u s t c u r , fonc­ -, l e g a l 8773 - gases, c o o l i n g tionnement con­ -, t r a n s p o r t . . 3732 the - b y water t i n u d e Г 38.1 -, w o r k i n g . . . В72Л s p r a y 3202 Experience, prac­ - a gaz par vole — , kinetic energy t i c a l 347.7 h u m i d e 773 o f the 1263 Experience de E x h a u s t i n g the - -, s t a r t i n g b y s e r v i c e 847.7 c y l f n d e r 127.4 m e a n s o f 2992 E x p e r l e n c i a s en E x h a u s t or b e t r i e b , — , temperature e l s e r v l c i o 347.7 s t a n d l g e r 38л o f t h e 1263 -, n a s s e r . . . . 77з E x p e r i m e n t . . 360.7 - g e a r . . 1993, 21 5 J E x p e r i m e n t a l gasE x o t c r m i c o , re­ -, h o l d i n g o p e n t h e m e t e r 872 a c c i o n - a 3.12 - by means of ExperlmentierE x o t h e r m a l re­ a detent and gasuhr 872 a c t i o n 3.12 a b u t m e n t 226з | E x o t h e r m i c u e , . 850.7 re­ E x p e r i m e n t o -, to i n j e c t w a t e r a c t i o n 3.12 E x p l o i t a t i o n , c h e f I n t o t h e 3203 E x p a n d , to . . 124.4 } d ' 3823 - pipe 3137 E x p a n d i e r c n . 119.4 j - . d i r e c t e u r d* . 8823 - -, c l o s e d - w i t h E x p a n d i e r c n (v) 124.4 - . e n t a m c r Г . . 842з p e r f o r a t i o n s 319.7 E x p a n d i n g f o r c e o f -, f r a i s d ' . , , 8727 - -, c o o l e d . . . 3183 ' the p i s t o n p a c k i n g - a u g a z d e e l a i r a g e — , to l e a d t h e fortement com­ rint? 1713 into the open a i r p r i n t 3402 3180; - t h e p i s t o n r i n g s - sur grande echelle - p i t , b r i c k w o r k 319.4 1733 3412 - port 241.1 - r i n g 174.1 -, i n g e n i e u r d ' . 3823 - -.auxiliary . 2063 E x p a n s i o n w a h r e n d -, m e t t r e e n t r a i n Г — s c o m m o n to 3423 des g a n z e u U u b e s both ends of 864.4 - s u r p e t i t e e c h e l l e c y l i n d e r 2413 8413 -shub 1223 — . p r i m a r y . . 2063 E x p l o s i b l c , roelan -sllnic 1243 - - s , r i n g o f . . 2403 d e r V e r b r e n n u n g s - E x p l o s i o n . . . 1223 regenerative heating of air g a s c 1243 - s g e f a h r . . . . 8603 b y the 267j - s v c r h a l t n i s . . 1243 - s k u g e l . . . . 943 resistance of the von - . v o l l k o m m e n e 124.7 - - p i p e t t e 125.7 E x p a n s i o n . . . 119.4 H e m p e l 94.7 -, to s p r a v w a t e r E x p l o s i o n . . . 1223 - o f the b u r n t i n t o t h e 3203 943 g a s e s 124.3 - b u l b . . . . . 1 ; Explosion . . . 1223 Explotacion con gas de a l u m b r a d o d c cie v a d a p r e s i o n 8402 -, g a s t o s d e . . 372.7 - en gran e s c a l a 3 4 l 2 - en p e q u c n a e s c a l a 3413 E x pon c m , poly tro pi­ se h e r 1162 Exponent, polytro­ p i c 1162 Exponente politro­ p i c o 1162 Export 8753 - duty 375.7 E x p o r t a c i o n . . 376> E x p o r t a t i o n . . 3763 - . d r o i t s d ' . . . 875.7 Exposant polytrop l q u e 1162 E x p r c s i d n gralica E x p r e s s g o o d s 874.7 E x p r e s s , to - t h e work in heat u n i t s 114.1 E x p r l m c r le t r a v a i l e n unites t h e r m l q u e s 114.1 E x p u l s a r el aire d c la tuberia de gas per m e d i o d e l v e n t i l a d o r 3442 110.12