时间:2019-02-08 作者:英语课 分类:新西兰英语


英语课

  The Canterbury earthquake on Sept 4th was unusual because no one was killed. It is the only city in the world which has experienced a 7.1 magnitude earthquake without any deaths.

Part of the reason for this is our building code. New buildings have to be strong enough to withstand a big earthquake. The Civil Defence Headquarters during this emergency is the new Art Gallery, which has large panes 1 of glass right along one side. It survived the earthquake with no damage at all.

Many old, historic buildings have been earthquake strengthened in the last 20 years. Most of these buildings had no damage or only a little. Unfortunately, the Arts Centre, which was built from 1877 onwards, suffered some damage. It was the site of the University of Canterbury until the University moved out to Ilam in the 1970s and 80s. These buildings had been earthquake-strengthened and that saved the buildings. They can be repaired but at a cost.

We are hearing the word “liquefaction” a lot now. Many areas in Christchurch, near rivers or the sea, are on sandy soil. During the earthquake, the water underneath 2 the soil squeezed through the sand and mud, making cracks in the ground and pushing mud on top of grass and concrete. In some places the soil bubbled like little volcanoes. This is liquefaction. Even new houses developed cracks in the floor, walls and ceilings. There are maybe 4,000 homes badly damaged this way. One new subdivision near the sea, used machines to compact the soil – to push it down until it was firm. No houses were damaged in that area.

Engineers around New Zealand and from overseas want to find out how to build houses and bigger buildings so that they survive earthquakes. Christchurch might give them some answers.

Questions

1. Are there other areas in New Zealand which could suffer liquefaction?

2. Would buildings in your home town survive a big earthquake?

3. Earthquake strengthening is very expensive. If you are the owner of an old office building, would you pay for earthquake strengthening?

4. Are there other reasons why there were no deaths as a result of this earthquake?



窗玻璃( pane的名词复数 )
  • The sun caught the panes and flashed back at him. 阳光照到窗玻璃上,又反射到他身上。
  • The window-panes are dim with steam. 玻璃窗上蒙上了一层蒸汽。
adj.在...下面,在...底下;adv.在下面
  • Working underneath the car is always a messy job.在汽车底下工作是件脏活。
  • She wore a coat with a dress underneath.她穿着一件大衣,里面套着一条连衣裙。
学英语单词
acoustical signaling
adages
aircraft bumpiness
anticigarette
antler
arquebuss
asgmt
astern maneuverability
axis vertebrae
Barnabas
biofraud
bioturbate texture
blow hole
breathe a sigh of relief
Bright Week
cakelike
caliber radius head
clean water reservoir
Clifford's sign
COBOL library
complete loss coolant
composite shipment
conciliations
contest mobility
cotton exchange
cowhouses
crystallization capacity
dataloader
Decaspermum cambodianum
Dedougou
delivery on spot
detailed diagram
disquieted
dominate node tree
drawing of patterns
dynamic model
electric pulse
emydocephalus ijimae
enumerative statistics
Fani i Vogёl
five speed
FMCH
function-preventing fault
gallium-base alloy
gasterozooid
give hostages to fortune
goldmail
Harnham
hastert
holographic interferometry
hyperkeratosis linguae
idealization
inductive definition
inductive embarrassment
interference rejection capability
L-bar
latitude line
law Latin
lerned
letter out
ligg. vaginalia digitorum pedis
logic of program
luxiensis
machine to machine
mainmen
manykin
Mosty
multiple wear wheel
musculus cumingianus
nice guy
octal indication
offensive minefield
papillary-marginal-attached
parrot-jaw
pejeng
photobooth
Port Neill
que lo que
regarnish
Ritter's fibers
rules of road for inland waters
running board rubber cover
running bowline
saigh
saxonian chrysolite (topaz)
semiopals
Shining Tree
Short-term capital gain
simple branched acinous gland
sodium ethylene diamine tetracetate
spatia anguli iridocornealis
springer (germany)
steam cooling system
stock-cutter
straight purchase
symbolic input program
tax-spared loan
thermomoulded
unpaganized
up-link and down-link contributions
wiedeman effect