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冷脆性 cold brittleness
5 Y" ~; ~" S, m/ ~1 m5 d冷迭(铸疵) clod lap
g/ u. A/ I, `/ e U冷冻厂机件 refrigerating plant parts% A$ c2 \% S; t
冷风高炉生铁 cold blast pig iron3 l- c8 j3 Q: \0 N. W! S
冷风生铸 cold pig
& `- g3 H) l! e+ h3 G5 G% @4 z6 ~冷激硬化法 chill hardening( n0 n! h, n% i# a) s( J0 W
冷加工，冷作 cold work1 r7 ^ ]4 |$ Q- H
冷加工，冷作 cold working
% S4 n# ?( p! C" L冷界，流界(铸疵) cold shut
- \; R) U) l- n# X/ t: Y; U冷料 clod metal, _# K/ r$ R @ \* \+ m# h
冷裂(铸疵) cold crack x$ u+ i% T2 U/ T
冷裂，缩裂(铸疵) cooling crack) k: A4 X. a0 q9 ^9 J
冷凝热硬油 air setting heat curing oil( o: V2 Z; w# Y( G5 F1 {9 e
冷却率 cooling rate' K" w7 V! Y8 r5 k$ ~, ]
冷却器 cooler
( N# B7 D J4 h1 F( b% u3 R8 @冷却曲线 cooling curve
. W7 e( x/ X% r" H冷却速率 cooling speed
- k& H' w8 i9 b% a冷却应力 cooling stress
; e( M& [! T* J; v9 e8 j' U冷却用废金属 scrap for cooling
" d! Z9 J$ U. H( c/ S {/ Z冷却用料 chill scrap
' G, l A' r7 s1 i冷砂工场 sand cooling plant6 ^; O' ^4 v* g: s; O8 S8 ] w
冷室压铸机 cold chamber die casting machine
( Y- ?- v, E1 W& Q0 f8 w4 o冷室压铸机 cold chamber machine$ G h3 ]% \6 ^) E3 Y' W
冷铁 chiller
! Y! O4 `, O# P冷铁 chilling block
8 D& y9 z2 q* l冷铁 densener( O4 G( |, ?6 w* Q2 D/ C( P- g
冷匣法 cold box process
# r# A3 v6 N. V% |1 g* L ~冷硬，冷激 chill
; d$ |! Y# Q2 ^冷硬板 chill plate& W3 z1 i* Z! }3 h/ ~! j! l3 H
冷硬棒 chill rod! f& j" H# h3 {( e' ^7 w
冷硬层，冷硬区 chill zone+ i0 _* l* i! a0 p1 ^- r) e
冷硬钉 chill nail, [( A# {/ t6 f/ ?. y( g
冷硬环 chill ring
3 |( ?- c, G9 t' y8 z9 q冷硬裂痕(铸疵) chill crack
2 z. u& m( b% F& j3 }2 _冷硬麻口控制法 chill mottle control
3 W3 b: T# ~9 D, n, s冷硬模 chill mold. z5 f& b4 d2 \* n: u+ N/ d% P$ ]
冷硬深度 chill depth
: O: u" M/ q" r# C* h1 q8 s, A冷硬深度 depth of chill
! \' l7 X7 E! \9 A1 o冷硬试件 chill block* _# |. X& p7 U: \
冷硬试件 chill test piece
+ m. y" F5 ~$ g9 t9 Z) \* G冷硬试验 chill test
) @! T8 N6 X! ]4 K冷硬线圈 chill coil7 ^" G0 N2 t' H3 t
冷硬轧辊 chilled roll' `* ~. N; V, _8 k3 \* q
冷硬铸件 chill castings% }8 D( L: B' B8 j1 m \& |
冷硬铸件 chilled castings
0 i) H9 k, n3 j" r4 q. p冷硬铸铁 chilled cast iron' g2 ^1 s5 m: q; n7 m1 o
冷硬铸铁 chilled iron( R, g" K: ?+ T1 @+ |: v$ A+ W
冷硬铸珠 chilled shot
! I% h' C5 ?* u7 U8 J冷珠(铸疵) cold shot
+ n) l: [& e' X* T2 R$ ^7 m" v& s冷子管冷硬麻口(展性铸铁铸疵) reverse mottle7 c3 d2 y+ C' ?- Z# V9 |7 i0 G
冷作，常温成形法 cold forming
6 l9 N' q) L7 x梨木 pear
- e# }* i) z7 m离模剂 release agent
. L2 W# d! D2 \; Z. N- p" V- M% H离模砂 tap sand
) S/ X7 r: L5 t( q" F离心风扇 centrifugal cutter9 Z! A, O; M3 d7 B' E
离心鼓风机 centrifugal blower
. W& E+ G8 f6 ]$ D8 K8 [离心加压铸造法 centrifugal pressure casting0 |3 f5 N/ G8 E( k' G$ Y: G
离心喷光 airless blast cleaning$ _+ E- J$ ]* `
离心喷光机 abrator$ ?3 _. e" g* @+ B3 O5 r0 a6 ~
离心喷光机 airless blast cleaner
& D$ x$ F9 r. S' {离心喷光机 centrifugal blaster
# m5 \& @# Y M2 q离心切断机 centrifugal casting machine
! x- u9 I2 U# e2 C& A离心压力铸造法 centrifugal fan7 D6 B! S4 k' U" L0 Y# |
离心铸模 centrifgual casting
K$ p+ z6 @* U! N. _. v+ q离心铸铁管 spun iron pipe
* W1 O7 a q5 C% r7 J离心铸造法 centrifugal cast iron pipe
. P0 g9 L* g* j4 `# Y/ f离心铸造机 centrifgual casting die
5 ~3 P, V' q I7 q里入气 entrained(entrapped) air
3 e G+ A% B* M# m7 B锂(Li) lithium5 C | W% n7 c0 c% c' ?8 ^
粒滴斑铁，粒滴斑体 ledeburite, T; `! C& u% R) c$ W' t9 M
粒度 fineness% Y- X0 o1 s6 F9 i* n; ^
粒度 particle size
: v& L4 W' x% S/ j3 ]粒度，分级 grading
5 w8 s; ]" Y! |9 U4 E( x* C- V粒度分布 distribution of grain size
1 N' b) ^- g* g. s! s粒度分布 grain distribution
8 h7 A$ n, K2 i- {' U粒度分布 particle size distribution8 j8 D: p8 t" F. g1 ], `9 d. v
粒度分级 size grading7 |( e6 u2 P4 O: b
粒度分析 size analysis) d. r) @; ?+ ~1 T$ ^- w$ K
粒度指数 fineness number
' Q, v8 W# X+ ^! d" x$ U) C粒化熔渣 graphite4 }3 q% ~7 \$ U' T
粒界腐蚀 grain boundary attack
! C/ G; o; u6 q. ^粒形 form of grain" _: e+ r4 e* ~; ~) v9 ?
粒形 grain form
7 O& b$ O c e1 l0 t粒形 particle shape
& I9 ~; v( u; O' L沥出，空心铸件 bleeding4 ]0 C3 W; n2 h2 b- U$ D" k9 n9 J
沥青 pitch7 d+ ? w( R- M9 |
沥青焦 pitch coke6 g1 }" M9 u2 w+ B
沥青煤 asphalt coal. s6 U& j2 U7 V$ U; u
沥铸法 slush casting" L7 |/ A6 o s; H8 h# w
连续操作 continuous melting
6 e9 m9 N/ v+ V; ~6 U8 ?3 N& I连续操作 continuous pallet
5 S1 b0 I6 M- H4 }连续出铁 continuous tapping
1 j7 ]) h3 ~3 P/ J) t' c8 O连续混砂机 continuous sand mill. Q% U$ V- Y/ o* g7 g3 w/ w4 ` p
连续干燥炉 continuous stove/ t9 r w* V. y
连续熔解 continuous operation
2 X' C. J% N2 |8 B" r/ m8 b+ i连续砂处理厂 continuous sand plant# _( d* B; O& G$ M s# W
连续式托板输模系统 conveyor syste
( k9 I* o' N% j& B4 R连续输送机 continuous furnace
" e1 z2 g3 l( f0 l% N9 v7 N& q连续退火炉 continuous annealing furnace
$ Y7 K2 }7 X( u0 [/ e. ?连续铸造材料 continuous cast materials& r4 j h o' f; X) @: L# s
连续铸造材料 continuous conveyor" {! m, [0 T8 p; h& }
连续作业炉 continuous handling
1 W/ C( ]* m. X1 ?联结砂心端承 coupling print& k, Z9 [* Y* w+ Y a5 {0 S
联结砂心头 multiple coreprint$ s" A7 U5 Y3 v$ ^' |4 A" j) F9 m
炼钢炉 steel making furnace4 k! g; u( Y- e8 N8 m2 c1 C ?, l
炼钢生铁 pig iron for steel manufacture
; e) _8 g/ ]# X5 d, J炼焦炉 coke oven
( }3 q8 `7 c `; V& ]炼焦煤 coking coal
% n1 x3 l# E1 V1 [6 V+ k- b练砂 sand mulling
, @ X# P E% w' d" L: J2 y; G0 i练砂机 sand muller! j u9 u8 E, j: H6 w
练习，方法，技术，实务 practice
% w, C+ x! _* J) G链带式输送机 link conveyor$ B" }8 o+ @# y0 E
链条 chain) _: F& m$ `: o# g; `
链条吊车 chain block* U' h5 u. d5 n
链条输送机 chain conveyor7 j0 t3 Y7 Y9 y( p* _( c
粱规 beam compass
% E, v2 p9 ~- o( F2 F; m. a两段退火 second stage annealing
6 k3 p7 ?# C3 s量产铸件 mass-produced castings
4 g% s# {4 m! w. `$ A量角器 protractor& ?: T0 M" f0 I, R8 e* f
钌(Ru)(稀金属元素) ruthenium
4 a8 X! R# u9 Y& }( j8 P! z裂断负载 breaking load
# w1 r% Q5 x' U裂断强度 breaking strength; W6 i! }; _1 a0 `( Y" B
裂断试验 breaking test
7 R9 r% n2 O( r( j* Y# V2 B" j裂断应力 breaking stress
: c, q* d" a/ b# X裂缝(铸疵) tears, s* `; w' @/ @7 D
裂痕(铸疵) crack5 {) W) `, H' V
裂痕浸渗试验 crack impregnation test
7 t3 a1 g6 I% E, _5 Q! m1 x: v' E裂痕扩散 crack propagation
8 D9 m8 B4 e) ?6 d( F" v裂痕试验 crack test6 I3 Q# \. c1 e* |% y3 a
淋式水冷熔铸炉 shower type water-cooled cupola, g4 P9 _ [) Y" F0 U( c4 z' G7 K
磷 phosphor(phosphorus)
5 H- g* S2 L6 `( q9 x: `! S' `磷(P) phosphorus
7 S1 ^& w: W: C1 p2 k& y) W3 j磷化物 phosphide9 a. F# K( ^# \
磷青铜 phosphor bronze
. X! h8 o5 k9 t磷酸防蚀法 parkerizing* V; I$ L" u2 _! S1 C
磷酸监涂料 phosphatic coating
8 k" X+ `$ f; d磷酸铝 aluminium phosphate6 D' ^* y S, h( I
磷铁 ferro-phosphorus! n# T* Q5 c3 ^% b. w- a
磷铜 phosphor copper
X. n6 x; Q6 J4 S磷珠(铸疵) phosphide pearl
0 m9 \" c. Q7 w# C磷珠(铸疵) phosphide sweat
; ?. N1 {2 Z- l& Y4 g2 R7 P临界点 critical point" p" k: [* P! u
临界凝固率 critical solidification rate% M* Z8 l, B+ c; g/ S2 c: \
临界温度 critical temperature+ p+ [$ T" e, E6 {. e+ G* O5 w
临时模型 temporary pattern& N9 n* ^$ K" d. H% F! g! c. w- e+ t
鳞石英 tridymite* G; `. i" V I9 T$ C
菱镁石，苦土 magnesite" L j9 I' V! e9 v6 K7 s8 B
菱铁矿 siderite9 c) Q- e- t0 g8 s8 G
灵敏度 sensitiveness6 p7 b/ Q9 f7 s: p
流 stream
. D5 a9 @' r- m- ~. R( \流槽 trough
6 f( m# ^$ x7 h7 {- Z7 i( l8 P流槽，出铁槽 launder3 M5 q' g/ ~" k; R! }+ w
流程图 flow chart7 v$ Y+ j" l* W b' N& D. r6 Q% V
流出槽 spout
! R6 \2 b1 _5 K: Q, M# J流出孔，出铁口 tap hole0 a" T4 I$ j1 ? l- L) @
流道冒口 gate riser
. H6 {2 {8 t( @/ E+ ?流道砖 runner brick
3 R& y. \4 _, k1 \; m' I2 R流动，熔接道 run
3 b* s5 Q# i% E4 O! }2 E流动型自硬性砂模 fluid self-hardening mold sand
# ~1 l I/ C( t: K; Q流动性 fluidity
* ]9 ?9 W9 d% [# u# A3 x) m8 L4 J& Q流动性 liquidity2 f. d/ u8 _. }- r
流动性试模 fluidity test mold. J+ {; B7 x: a( m6 I2 s E
流动性试验 fluidity test: Y1 _' W2 u+ K$ X" Z" R! L
流动性试验(铸砂) slamp test- R9 K; H& K" Y) N; ?$ C( E
流动性旋涡形试片 fluidity spiral
0 I; x/ F1 W' w% _流动性直棒形试片 fluidity test bar piece* [/ T V. R% M# E6 e# Q3 M/ z7 n9 a* \
流动值 slamp value6 j8 g/ Q5 ]& N+ t- J; t) M
流缝(铸疵)，接缝 seam4 a7 G {6 c m, I' a# l G7 X
流量计 flowmeter+ j/ h. x' |1 K4 C& D
流砂(造模用) fluid sand
8 q4 U) m! |) E流砂(造模用) fluidized sand8 F0 ~% G' W$ q
流砂造模法 fluidized sand molding |
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发表于 2007-7-28 15:22:11