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comotives Museum (Romanian: Muzeul locomotivelor	cu abur) is a museum in Sibiu, Romania.
Aluminium copper (4 at%	Cu) alloy showing copper precipitation within the a
stian servant leaders among the more than 10,000	CU alumni around the world. . . .
ffaloes Buddy Werner and Bill Marolt (and future	CU alumnus Billy Kidd), formed the squad's nucleus
issue, Jun 89) The Amiga version scored 79% from	CU Amiga (Jun 89) and 90% in Zzap (Issue 51, Jul 89
	CU Amiga awarded the game 85%, whilst German magazi
For example,	CU Amiga Magazine awarded the game 94% in its June
- 57% -	CU Amiga (Jan 1994).
Martin Davies of	CU Amiga complained that the game's lack of hints r
s highly rated from reviewers receiving 90% from	CU Amiga and 83% from Amiga Joker.
David Slingsby of	CU Amiga said, "Fans of the sport should stick with
Amiga magazine Amiga Joker awarded the game 81%,	CU Amiga 80%.
, 90% (Amiga) and 81% (C64) in Zzap!, and 84% in	CU Amiga, 4 out of 5 stars in Dragon , and won Comp
was critically received by publications such as	CU Amiga, games for the Amiga were on the decline a
New South Wales, with 63 million tonnes at 1.1%	Cu and 0.5 ppm Au.
The Board makes policy decisions for	CU and appoints the General Manager, who is the Chi
tudies indicate extensive substitution of Zn for	Cu, and Ca for Pb in the duftite structure.
Most members of	CU are also members of CBS.
	CU Athletic Hall of Honor award (1980)
cture there are 24 crystallographically distinct	Cu atoms and the structure has been described as ap
ege professor Colston Warne (who would chair the	CU board from 1936 to 1979) to found Consumers Unio
Fuller Harding served for five years on the	CU board of trustees.
Brico resigned in 1964 and Ador Toth,	CU Boulder associate professor of music and conduct
upper reach of the river is also known as Valea	cu Brazi River or Valea lui Carp River
n Ionescu; the latter presented his novel Oameni	cu buche ("Men with books" / "Literate men").
Cedric Cormier North Shore High School graduate,	CU Buffaloes football star currently assistant coac
anced superionic conductors with mobile Ag+ and	Cu+ cations are: KAg4I5, NH4Ag4I5, K1−xCsxAg4I5, Rb
ed the video hits Inima mea (My heart), Spune-mi	cu ce am gresit (Tell me what I did wrong), and Iti
HD 97048 or	CU Cha, this young star is inside a dust disk.
rench in the First Indochina War, the tunnels at	Cu Chi had taken decades to build but later had lai
The Tunnels of	Cu Chi (with John Penycate), 1985 ISBN 978-03402781
as located in Binh Duong Province 20 km north of	Cu Chi, 4 km to the west of the Iron Triangle and t
rant, techno duo Celtic Pride, Irish folk groups	Cu Chulainn and Usnagh and singer Malachi Cush.
Opera a lui: "Taran	cu coasa"; "Cosasi odihnindu-se" 1925
re primary elements such as nickel (Ni), copper (	Cu), cobalt (Co), and selenium (Se) that make with
1965 to tour with the Alma Trio, and invited his	CU colleague, David Burge, to take over as conducto
	CU convoys were designed to protect fast, modern ta
Approximately three or four	CU convoys sailed from New York each month from Dec
A total of 2255 ships crossed the Atlantic in	CU convoys until convoy CU 73 made the last departu
uman SOD the active metal is copper, as Cu2+ or	Cu+, coordinated tetrahedrally by four histidine re
"El	Cu Cuy" - 4:22
Spectacol	cu Dimov (Show with Dimov), Vinea Publishing House,
matics (USA), Farlanders (RU), Septeto Nacional (	CU), Enzo Avitabile (IT), Daara J, Alif (SEN).
ng tenure and service to the University, in 1991	CU established the Hazel Barnes Prize for faculty w
e is also unusual in his current position on the	CU faculty as all other members have at least a mas
	Cu+ forms a deep purple complex with bicinchoninic
t recently was producing approximately 9,200,000	cu ft (260,000 m3) of natural gas and 58,800 US gal
The canal is designed to carry 30,000	cu ft (850 m3) of water per second .
Six ballonets of 128,000	cu ft (3,600 m3) in total were provided; equivalent
of 50,000 bbl (7,900 m3) of oil and 150,000,000	cu ft (4,200,000 m3) of natural gas.
The SST used a larger 100,000	cu ft (2,800 m3) envelope than any of the other SS
ned throughout, and having a capacity of 360,000	cu ft (10,000 m3) it was significantly larger than
This new balloon, that takes a 355,000	cu ft (10,100 m3) of air and can carry a basket wit
le of holding 1,520,500 cubic metres (53,700,000	cu ft) of flood water.
uaranteed a minimum water flow of 500 m3 (18,000	cu ft) through the dam.
age capacity of 320,000 cubic metres (11,000,000	cu ft) with the prospect of increase up to 380,000
llion gallons or 250,000 cubic metres (8,800,000	cu ft) per day, with the average daily dry weather
at can store 6,770,000 cubic metres (239,080,294	cu ft) of water and contains an uncontrolled side-w
he dam can discharge 3,000 cubic metres (110,000	cu ft) per second for irrigation.
the form of 27,000,000 cubic metres (950,000,000	cu ft) of water.
gas volume: 3,280 cubic metres (116,000	cu ft)
04 by freezing the wreck with some 200 m3 (7,100	cu ft) of sediments.
ts are 180 and 220 cubic metres (6,400 and 7,800	cu ft) respectively.
, when fully inflated, held about 540 m3 (19,000	cu ft) of hydrogen.
It is composed of 1,126,700 m3 (39,789,035	cu ft) of concrete, 756,600 m3 (26,719,077 cu ft) i
ear flood event (P10) is 250 cubic metres (8,800	cu ft) per second, the twenty-year flood event (P20
gan in 1958, a total of 1,550,000 m3 (54,737,733	cu ft) of earth was excavated at the construction s
a structural volume of 1,060,000 m3 (37,433,547	cu ft) of concrete.
s volume is 18,000,000 cubic metres (640,000,000	cu ft) whilst the maximum width at its upper rim is
held at least 2,000,000 cubic metres (71,000,000	cu ft) of water.
tween 110 and 550 cubic metres (3,900 and 19,000	cu ft) per second.
) tall and containing 15,640,000 m3 (552,000,000	cu ft) of material, it is the tallest concrete face
0 there are approximately 98 cubic metres (3,500	cu ft) or 26,000 gallons) of Valdez crude oil still
with capacity of 130,000 cubic metres (4,600,000	cu ft) of LNG) each, a marine terminal, and a suppl
rage volumentric flow of 114 cubic metres (4,000	cu ft) per second.
eservoir has a normal volume of 1,200 m3 (42,000	cu ft) and surface area of 1 km2 (0.39 sq mi).
3,000 ft) long and made of 120,000 m3 (4,200,000	cu ft) of concrete.
the Reyvroz station was 273 cubic metres (9,600	cu ft) per second on the June 1, 1963, while the ma
maximum discharge of 2,440 cubic metres (86,000	cu ft) per second, and an emergency bellmouth glory
and in total contains 12,057,558 m3 (425,808,600	cu ft) of material.
bankment type, comprising 518,200 m3 (18,300,000	cu ft) in concrete structure.
of the spillway is 11,000 cubic metres (390,000	cu ft) per second.
ental and an advancement as 50,000 m3 (1,800,000	cu ft) of fill was placed each month for two years
onstruction included 3,000 cubic metres (110,000	cu ft) of concrete constructions, a blasted tunnel
of around 30 to 40 cubic metres (1,100 to 1,400	cu ft) per second from April to June (the maximum b
st 40,000 years and 14,000 cubic metres (490,000	cu ft) of material has been removed, leading to sug
A total of 20,000,000 m3 (706,293,334	cu ft) of material were excavated from the dam site
eir maximum discharge is 104 cubic metres (3,700	cu ft) per second.
charge of the dam is 4,300 cubic metres (150,000	cu ft) per second.
It is made of 15,640,000 m3 (552,000,000	cu ft) of material.
capacity of 14,200,000 cubic metres (500,000,000	cu ft) and a surface area of 2.548 square kilometre
05, approximately 50,000 cubic meters (1,800,000	cu ft) of ash and rock were ejected, causing a larg
m composed of 1,663,000 cubic metres (58,728,291	cu ft) of concrete.
riant the boot size starts from 442 litres (15.6	cu ft) (or 564 litres (19.9 cu ft) when loaded up t
rage flow of Niagara Falls is 2,400 m3/s (85,000	cu ft), with a maximum recorded flow of 8,300 m3/s
proximately 12,000,000 cubic metres (420,000,000	cu ft), and the yearly growth is approximately 500,
oss capacity of 288,100 cubic metres (10,170,000	cu ft), and a surface area of 23.521 square kilomet
has a capacity of 32,071 cubic metres (1,132,600	cu ft), and a surface area of 1.906 square kilometr
t has a capacity of 13,000 cubic metres (460,000	cu ft), and a surface area of 3.933 square kilometr
as a capacity of 272,265 cubic metres (9,614,900	cu ft), and a surface area of 15.314 square kilomet
ross capacity of 174,500 cubic metres (6,160,000	cu ft), and a surface area of 26.481 square kilomet
has a capacity of 35,577 cubic metres (1,256,400	cu ft), and a surface area of 1.947 square kilometr
s a volume of 1,853,000 cubic metres (65,400,000	cu ft).
g to the VDA 'block' method, is 460 litres (16.2	cu ft).
ft) and volume of 30,400 cubic metres (1,070,000	cu ft).
sq mi) and a volume of 8,000,000 m3 (280,000,000	cu ft).
ernal habitable volume of 90 cubic metres (3,200	cu ft).
volume of the dam is 13,700,000 m3 (480,000,000	cu ft).
capacity of 6,760,000 cubic metres (238,727,147	cu ft).
in the dam structure is 1,500,000 m3 (53,000,000	cu ft).
a rockfill volume of 17,100,000 m3 (600,000,000	cu ft).
city is 625,000 cubic metres per day (22,100,000	cu ft/d).
at the time of construction it was only 250,000	cu ft/s (7,100 m3/s) and at present it has a carryi
However, the stream flow at the time was 1,400	cu ft/s (40 m3/s) less than the 2004 record peak st
ed on the southeast end vary from a minimum of 5	cu ft/s (0.14 m3/s) to a maximum of 3,000 cu ft/s (
t flood was recorded on March 16, 1982 at 15,300	cu ft/s (430 m3/s), compared to an average mean flo
f the dam as designed by Mr.Voodro was 1,000,000	cu ft/s (28,000 m3/s).
ng a severe drought, a measuring station found 0	cu ft/s (0 m3/s) of water flow.
00 mm) penstock draws water at a rate of up to 7	cu ft/s (0.20 m3/s).
t Randiha, revealed that maximum flow of 650,000	cu ft/s (18,000 m3/s) had occurred twice in August
hree floodgates, each with a 3,800 m3/s (134,196	cu ft/s) maximum discharge capacity for a total of
ined maximum discharge of 84,000 m3/s (2,966,432	cu ft/s) to control reservoir levels.
tation will process a maximum of 100 m3/s (3,500	cu ft/s) for power production.
able of discharging a maximum 2,800 m3/s (98,881	cu ft/s) and its bottom outlet a maximum of 50 m3/s
ine has a maximum discharge of 116.5 m3/s (4,114	cu ft/s) for a total power plant discharge of 349.5
arge capacity of the dam is 18,000 m3/s (635,664	cu ft/s) while the maximum is 23,500 m3/s (829,895
scharge of the spillways is 18,360 m3/s (648,377	cu ft/s) while the maximum is 21,350 m3/s (753,968
combined can discharge up to 2,250 m3/s (79,000	cu ft/s) of water.
n total, the spillway has a 15,000 m3/s (530,000	cu ft/s) discharge capacity.
gn flow is 1,090 cubic metres per second (38,493	cu ft/s) and the mean hydraulic head 226.4 metres (
of the river through the dam is 902 m3/s (31,900	cu ft/s) and the reservoir has a normal operating l
n total, the spillway has a 21,400 m3/s (760,000	cu ft/s) discharge capacity.
f the Aare River must not exceed 850m3/s (30,000	cu ft/s) at the gauge of Murgenthal's station, whic
Some 72 cubic metres per second (2,500	cu ft/s) of water would be transferred to the Kamal
oir is Llyn Stwlan which discharges 27 m3/s (953	cu ft/s) of water to the turbine generators at the
t can discharge a maximum of 7,000 m3/s (250,000	cu ft/s) of water.
ators which can discharge up to 605 m3/s (21,365	cu ft/s) after generation.
urbine has a rated discharge of 289 m3/s (10,200	cu ft/s) and is fed by a 7.4 m (24 ft) diameter ste
ge yearly flow at Chambellay is 39.3 m3/s (1,390	cu ft/s), which corresponds to over 50 m3/s (1,800
esign of 19,100 cubic metres per second (674,510	cu ft/s), check standard of 26,200 cubic metres per
Average mean runoff is 426 m3/s (15,044	cu ft/s), maximum mean is 737 m3/s (26,027 cu ft/s)
age flow at Victoria Falls is 1,088 m3/s (38,420	cu ft/s), with a maximum recorded flow of 7,100 m3/
discharge of 76.8 cubic metres per second (2,710	cu ft/s), the Vils is among the largest rivers in B
e of 167 km (104 mi) at a rate of 22.2 m3/s (784	cu ft/s), being assisted during its route by the Da
long General Main at a rate up to 48 m3/s (1,695	cu ft/s), being assisted by three pump stations and
s maximum recorded flow was 12,800 m3/s (452,000	cu ft/s).
a station is 66.5 cubic metres per second (2,350	cu ft/s).
iable flow of 126 cubic metres per second (4,400	cu ft/s).
e canal will be able to pass 3,500 m3/s (123,601	cu ft/s).
io de Piedra is 1.22 cubic metres per second (43	cu ft/s).
mbined discharge capacity of 3,550 m3/s (125,367	cu ft/s).
The spillway's capacity is 2,900 m3/s (102,413	cu ft/s).
capacity of 799 cubic metres per second (28,216	cu ft/s).
Its discharge capacity is 248 m3/s (8,758	cu ft/s).
have a maximum discharge of 24,684 m3/s (871,707	cu ft/s).
am, was about 200 cubic metres per second (7,100	cu ft/s).
and a maximum capacity of 33,000 m3/s (1,200,000	cu ft/s).
d has a maximum capacity of 24,000 m3/s (850,000	cu ft/s).
charge of 9,857 cubic metres per second (348,097	cu ft/s).
pacity of 9,870 cubic metres per second (349,000	cu ft/s).
maximum discharge capacity of 1,300 m3/s (46,000	cu ft/s).
ave a maximum capacity of 49,940 m3/s (1,764,000	cu ft/s).
a mean flow of 39 cubic metres per second (1,400	cu ft/s).
flood discharge capacity of 14,980 m3/s (529,014	cu ft/s).
ge was less than 11 cubic meters per second (390	cu ft/s).
of leakage was 33 cubic meters per second (1,200	cu ft/s).
stood for the local council, but both times the	CU gained no seats.
baseball hall-of-famer Dave Winfield and another	CU great John Lewis.
Originally known as	CU Hi-tech Square, the project, owned by Chulalongk
The 383	cu in (6.3 L) Marauder was the smallest member of t
rd Continental engine, offering either Chevy 230	cu in (3.8 l) "stovebolt" I6s or 283 cu in (4.64 l)
Displacement: 717.65	cu in (11.77
Displacement: 6.5L / 397	cu in
Displacement	cu in (cc): 170.317 (2791)
The two and a half ton Ford trucks got a 279	cu in (4.6 L) version of the 317 motor.
, and these Tigers, with the 200 hp (150 kW) 289	cu in (4.7 L) engine, are rare today.
also instrumental in helping Hudson tune the 308	cu in (5.0 L) straight-6 powered Hudson Hornet to i
Engine displacement increased to 283	cu in (4.6 L), fuel injection became optional, and
rd three ton trucks with the Lincoln Y-block 317	cu in (5.2 L) overhead valve V8.
n (105 mm) stroke creating a displacement of 365	cu in (6.0 L) or 5954 cc.
A 170	cu in engine was introduced late in the model's lif
The Javelins came with 401	cu in (6.6 L) 335 horsepower (250 kW; 340 PS) AMC V
lanton, an Indiana circuit judge, graduated from	CU in 1969.
(101.6 mm) even, for a total displacement of 177	cu in (2,900 cc).
t could match Jeremy Clarkson's 12 litres (732.3	cu in) Renault Magnum, but as light and as small as
.6 sq in) of leaf surface area and 2.5 cm3 (0.15	cu in) of rhizome volume.
linder" because of the popular 3.9 litres (238.0	cu in) straight-four and 5.9 litres (360.0 cu in) s
By 1908, the engine was enlarged to 7.8 L (476.0	cu in) producing 50 bhp (37 kW).
displacement: 498 cubic centimetres (30.4	cu in)
Wankel engine with 250 cm3 (15	cu in) displacement, 55 hp (41 kW) a weight of 27.8
Displacement: 61.04 L (3,725	cu in)
The car was sold with a 4,279 cc (4.3 L; 261.1	cu in) OHV Inline 8 built by Nash.
engine: 5,600 cubic centimetres (341.7	cu in) W12
The EG displaced 1,598 cc (1.598 L; 97.5	cu in) and was an SOHC 8-valve engine with a 2 barr
The original engine was the 2,144 cc (131	cu in) (2.1 L), inline-5 cylinder 10 valve SOHC, wi
Displacement: 4,961 cc (4.961 L; 302.7	cu in)
The DLD-416 (or DV6) is a 1.6 L (1560 cc/95	cu in) version used by Ford, Volvo, PSA, BMW and Ma
It was powered by a 3,485 cc (212.7	cu in) 6-cyl 4-stroke engine with 85 hp (63 kW) and
The engine was a 6.4 L (390.6	cu in) engine rated at 40 horsepower (by the measur

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