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at this point in the countdown

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everything is going on just the way it

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should with no significant problems

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being worked by the launch team the

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astronauts are awake and will be sitting

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down at the breakfast table within the

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next several minutes at t-minus 3 hours

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and holding this is shuttle launch

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this is shuttle launch control at

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t-minus three hours and holding see the

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astronauts at the breakfast table for

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this morning's launch attempt

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there's mission specialist Jan Davis and

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her husband payload commander Mark Lee

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here is a shuttle pilot Curt brown and

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this morning's STS 47 commander hoot

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Gibson there's a mission specialist and

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flight engineer J apt mission specialist

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may Jameson and the payload specialist

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dr. Mamoru mori of Japan half of the

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crew were awakened at about 458 this

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morning and the other three were

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awakened at 528 and in preparation for

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this morning's launch attempt sitting in

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the middle of the table is a traditional

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cake made for every launch team and it

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this is the STS 47 crew patch which was

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designed by the astronauts you can see

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the oval-shaped logo is surrounded by

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the names of the seven astronauts slj on

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the left side stands for Space Lab Japan

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with the Japanese letters on the right

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meaning photo or weightlessness in

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Japanese the Shuttle Orbiter is flanked

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by the flags of the United States on its

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starboard side and the flag of Japan on

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the port side and you can see that the

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orbiter is flying over the United States

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state of Alaska and the country of Japan

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and this is indicative of the 57 degree

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or high inclination orbit that we'll be

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having over the seven-day flight this is

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shuttle launch control at t-minus three

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hours and holding we're currently

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standing by to receive some video of the

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astronauts the STS 47 crew as they're

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donning their flight pressure suits in

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preparation for today's launch as

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commander hoot Gibson Gibson is gonna be

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making his fourth trip in space today a

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veteran of three previous flights most

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here's mission specialist and payload

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commander Mark Lee they'll be making his

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second trip in space today he flipped

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previously on STS 34 you see pilot Curt

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Brown being assisted with the donning of

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his gloves Brown will be making his

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these orange day glow outfits are

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essentially pressure suits that the

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astronauts wear during entry into Earth

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orbit and reentry

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back here upon landing here's Japanese

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payload specialist dr. Mamoru mori dr.

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Mori will become the first professional

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Japanese astronaut to fly in space today

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and he's very pleased to be going and

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gives us a thumbs-up

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Mori has been training to fly on the soj

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mission specialist and FC has 47 flight

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engineer J aft aft is checking out his

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communications on his helmet and he'll

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be making his second trip in space

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having flown previously on STS 37 when

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the Compton gamma-ray Observatory was

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deployed here you see may Jameson hey

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Jameson will be making her first trip in

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space today and she's also very

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enthusiastic and ready to fly Jameson is

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a medical doctor from Chicago you see

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mission specialist Jan Davis Davis will

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this is shuttle launch control at

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t-minus two hours 55 minutes and the STS

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47 astronauts have just emerged from

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their suit-up room and the astronaut

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quarters

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commander hood Gibson and pilot Curt

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brown leading the way and Japanese

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payload specialist Mamoru Mori and

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mission specialist may Jameson pickin up

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here they come from the operation and

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check-out building commander hoot Gibson

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leading the way followed by Curt brown J

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app parsley and its wife Jan Davis May

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Jameson and amore amore they trained a

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long time for this mission seven years

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for dr. mori two or more years to the

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rest of the crew and they're ready to

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in the foreground is the Japanese

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payload specialist dr. Mamoru Mori a

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native of Hokkaido Japan dr. mori well

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today become the first Japanese

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astronaut to fly aboard a United States

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space shuttle he has spent the last two

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years at Houston's Johnson Space Center

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training for the Space Lab J mission and

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spent five years before that in Japan

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preparing himself for the flight dr.

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mori is married to the former

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and has three children

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if we could have our children hello I

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was in Detroit several months ago and

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that was the principal of a Damon

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Academy here we're all gonna be watching

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thank you very much good luck to all of

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you here balanced and he'd like to say

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bandit

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go ahead for the video Samantha she's on

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a different bike opponent they say that

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that one's not working right now so

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we'll again good luck at t-minus 7

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minutes and 30 seconds we're now seeing

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the orbiter crew access arm retracting

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away from the orbiter Endeavour and

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being put in the launch ready

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configuration if an emergency were to

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occur the arm could be re-expanded back

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all systems are go at this point at at

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t-minus six minutes 52 seconds weather

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is ideal the vehicle is in good shape

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and we expect to see endeavour off the

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orbiter test conductor Roger Gillett has

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just instructed endeavours pilot Curt

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Brown to perform the auxiliary power

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unit pre start procedure t-minus 3

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minutes 55 seconds have tested the

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orbiters flight control systems is

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starting the Aero surfaces such as the

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rudder gsella bonds and speed brakes are

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now being moved through a programmed

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test pattern to verify they're up and

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ready for launch

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eros surface checks are complete and

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reported to be in launch configuration

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also at this time the three main engines

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are being gimble meaning that they are

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going through a steering check and being

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all systems remain go for launching

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endeavour on America's 50th space

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shuttle flight and just under three

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retraction of the gaseous oxygen vent

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hood from atop the external tank is no:1

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rtcp LT modular e-learning memory is

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cleared knowing expand expected messages

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i copy in flight crew close and lock

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your visors and initiate Oh to blow good

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luck on your mission and see you in one

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wait will be a test conductor Roger

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Gillett and strict include two closer

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flight visors and preparation for this

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morning's liftoff of Endeavour you - 17

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seconds we're coming up on a go for main

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engine start two one

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solid rocket ignition and liftoff

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liftoff of Endeavour on America's 50th

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and just now throttling down now at 67%

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is endeavour prepares to pass through

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endeavour Houston go at throttle up one

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minute 20 seconds into the flight

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endeavour is now seven miles from the

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launch site altitude 11 nautical miles

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now traveling 2,400 feet per second are

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about 1,700 miles per hour

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the next event is a burnout of the solid

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rocket boosters that occurs at about two

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minutes endeavour Houston UHF comm check

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two minutes into the flight now

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endeavour is 21 miles around away from

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solid rocket booster separation

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standing by for the first stage

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endeavour Houston performance nominal

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performance thus far and the mission has

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been as expected endeavours now 50 miles

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away from the launch site at an altitude

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of 38 nautical miles

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traveling 4800 feet per second or about

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3400 miles per hour all three main

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engines are still performing well as are

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the hydraulic and electrical systems

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aboard the orbiter endeavour Houston to

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engine Zaragoza endeavour can now reach

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the primary transatlantic abort side of

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Zaragoza Spain in the event of a single

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engine failure but all three engines are

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still performing well at 104 percent

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endeavours altitude is now 293 thousand

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feet 85 nautical miles downrange from

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this is Mission Control these are our

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live views of the crew starting to come

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into the space lab module and endeavour

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Houston were with you now in space

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and finally it's great to get back in

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here after that this for a long time we

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got Memorial probably blind and you a

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little bit with the camera but taken a

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few pictures with the 16-millimeter yeah

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you know the crew of sts-48 would just

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you like to thank you that was quite a

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show you put on for our one-year

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this is Mission Control the first person

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to enter the Space Lab module is our

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payload commander Mark Lee followed by

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our payload specialist dr. Mori and dr.

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Mori is using the 16 millimeter film

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camera to get some footage inside the

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endeavour Houston you have a go for

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Space Lab activation Jan Davis is

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working with the continuous heating

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furnace and working on the aluminum

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composite experiment she's involved in

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the first sample installation of this

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experiment now may Jemison works with

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the gas bulb experiment the activation

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and especially Huntsville for me we do

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have downlink and we do have an image

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and we can see the filament and we copy

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me

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thank you space lab operations in

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Huntsville

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we're receiving the live video downlink

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from the Space Lab module looking at the

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gas evaporation facility okay may we

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copy and I was just talking to the P I

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about the last one there was a little

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bit of concern that the cross wasn't

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exactly in front of the filament I'm not

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sure if you can do anything about that

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except just to kind of eyeball that bulb

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that's affirmative may we understand

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Space Lab operations in Huntsville

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getting an excellent view of inbound

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link video of the gas bulb with the

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you back for rating

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and we've got another 250 that has

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infrared so minute this little number

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here is a 35 millimeter with a 300

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millimeter lamps on it so we can get

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nice close-ups we just put all this gear

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together on this shift and burden film

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we had some bounce passes today over

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northern Japan over Hokkaido we had a

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couple of good passes over the central

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that we've got back here yeah mark we

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want to increase fish package number two

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EEG number two zero point five two two

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and in this view we can see mission

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specialist Mark Lee at the control

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systems making those requested

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adjustments to the amplification device

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for the brainwave signals that are being

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monitored brainwave signals coming from

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each of the two carb serving as test

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here in the science operations area the

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science principal investigator team

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members for this experiment are

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monitoring the data coming down as Mark

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Lee has been adjusting it in the Space

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Lab module and this is the recording

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system on hook by which the brainwave

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information from the test subject fish

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will be monitored and recorded here in

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the on the ground

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dr. Mamoru Mori the test subject in this

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experiment in the head restraint device

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designed to keep his head stationary

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during the experiment so that the only

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00:23:44,970 --> 00:23:40,239
movement will be of his eyes and that

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00:23:47,639 --> 00:23:44,980
movement can be recorded on videotape by

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means of this camera we can also see a

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00:23:52,889 --> 00:23:49,869
couple of the electrodes there are

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00:23:57,960 --> 00:23:52,899
electrodes attached to various parts of

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00:24:26,760 --> 00:23:57,970
his body to record the electrical

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00:24:30,720 --> 00:24:28,740
mr. space I have operations in

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00:24:32,640 --> 00:24:30,730
Huntsville we are now again receiving

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00:24:34,710 --> 00:24:32,650
video from the liquid drop facility

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00:24:38,160 --> 00:24:34,720
where dr. Mamoru Mori is in the process

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00:24:41,190 --> 00:24:38,170
of working with the droplet of mineral

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00:24:44,070 --> 00:24:41,200
oil and it's still attached to the

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00:24:46,200 --> 00:24:44,080
injector needle of this facility dr.

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00:24:50,160 --> 00:24:46,210
mori manipulating the needle slightly

290
00:24:54,230 --> 00:24:50,170
and the drop of mineral oil still

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00:24:58,919 --> 00:24:54,240
attached to the tip one of the

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00:25:01,530 --> 00:24:58,929
loudspeakers the circular array of holes

293
00:25:04,200 --> 00:25:01,540
in the background behind the drop being

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00:25:11,570 --> 00:25:04,210
the openings for sound energy from the

295
00:25:16,890 --> 00:25:14,580
dr. mori now manipulating the injector

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00:25:22,530 --> 00:25:16,900
needle to try to detach the drop of

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00:25:35,520 --> 00:25:22,540
mineral oil and now has detached it to

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00:26:14,730 --> 00:25:37,920
principal investigator team members here

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00:26:16,050 --> 00:26:14,740
at that deployment of a straight through

300
00:26:28,430 --> 00:26:16,060
the filter without really going through

301
00:26:39,270 --> 00:26:32,010
it goes into the filter material and if

302
00:26:43,740 --> 00:26:39,280
you notice the exit down here going

303
00:26:45,060 --> 00:26:43,750
through the material to get a big slug

304
00:26:47,190 --> 00:26:45,070
of water and everyone surround wall

305
00:26:49,650 --> 00:26:47,200
coming out a chiller you get a big slug

306
00:26:51,720 --> 00:26:49,660
learner and that way it will kind of

307
00:26:53,550 --> 00:26:51,730
flow straight through because it doesn't

308
00:26:59,630 --> 00:26:53,560
have a time to be a sword by the filter

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00:26:59,640 --> 00:27:58,330
okay I stand by mark

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00:28:03,610 --> 00:28:00,470
they probably thought there is a

311
00:28:06,650 --> 00:28:03,620
tremendous amount of debris inside there

312
00:28:10,070 --> 00:28:06,660
the containers of each or inside each

313
00:28:12,740 --> 00:28:10,080
module and a lot have been sticking to

314
00:28:15,770 --> 00:28:12,750
the module plate to place a class that

315
00:28:17,570 --> 00:28:15,780
you cannot see inside and what it must

316
00:28:19,910 --> 00:28:17,580
left is floating around it there's also

317
00:28:21,890 --> 00:28:19,920
a lot of debris that have that has

318
00:28:27,370 --> 00:28:21,900
exited the chambers to the small holes

319
00:28:31,370 --> 00:28:27,380
the inside beyond the overall I there

320
00:28:32,480 --> 00:28:31,380
container and there's also excuse over

321
00:28:33,650 --> 00:28:32,490
the views as you can see with the

322
00:28:37,880 --> 00:28:33,660
camcorder it looks a little bit better

323
00:28:40,670 --> 00:28:37,890
person but not much the other thing is

324
00:28:43,280 --> 00:28:40,680
the the bottom containers have a lot of

325
00:28:46,940 --> 00:28:43,290
condensate on the faceplate the external

326
00:28:48,740 --> 00:28:46,950
plate that covers the that actually part

327
00:28:50,900 --> 00:28:48,750
of the locker itself that has a lot of

328
00:28:52,580 --> 00:28:50,910
condensate so the bottom is even tougher

329
00:28:57,980 --> 00:28:52,590
to see it to the top but you'll look at

330
00:29:09,350 --> 00:28:57,990
at the top obviously John Davis at this

331
00:29:44,180 --> 00:29:09,360
time preparing to enter the El BNP suit

332
00:29:52,040 --> 00:29:47,630
even in a microgravity Atmos environment

333
00:29:54,760 --> 00:29:52,050
it's not an easy fit to to squeeze into

334
00:30:43,710 --> 00:29:54,770
divine device especially with all of the

335
00:30:43,720 --> 00:31:01,790
okay Marco we have a great video now

336
00:31:08,240 --> 00:31:04,780
okay you can see this was number 121

337
00:31:10,790 --> 00:31:08,250
very healthy again 118 was just the same

338
00:31:12,980 --> 00:31:10,800
there's no obvious size of the stress

339
00:31:16,940 --> 00:31:12,990
they're looking they look sicker than

340
00:31:19,370 --> 00:31:16,950
just funny ones we we've had the only

341
00:31:23,690 --> 00:31:19,380
comment I have is that they're kind of a

342
00:31:27,410 --> 00:31:23,700
little bit dry and I was curious whether

343
00:31:28,550 --> 00:31:27,420
or not I should put a whole syringe I'm

344
00:31:50,830 --> 00:31:28,560
gonna go ahead and show you the other

345
00:31:55,269 --> 00:31:52,330
and mark you can go ahead and put a

346
00:32:15,650 --> 00:31:55,279
Paris Range in each chamber if you want

347
00:32:15,660 --> 00:32:33,870
okay this is number 23 also

348
00:32:37,350 --> 00:32:35,640
mr. specialist Barclays working in the

349
00:32:40,110 --> 00:32:37,360
general-purpose workstation the glovebox

350
00:32:42,570 --> 00:32:40,120
facility so that the keep the frogs

351
00:32:47,930 --> 00:32:42,580
contained so that they don't get out in

352
00:32:51,539 --> 00:32:47,940
the general space lab module area and

353
00:32:59,640 --> 00:32:51,549
he's removing the frogs one by one from

354
00:33:05,010 --> 00:32:59,650
the adult frog box there are there are

355
00:33:36,450 --> 00:33:05,020
four of these frogs and they're an

356
00:33:38,220 --> 00:33:36,460
African yeah Ken and his guys really

357
00:33:45,779 --> 00:33:38,230
appreciated they're glad they're doing

358
00:33:47,640 --> 00:33:45,789
so great this is Space Lab operation son

359
00:33:49,710 --> 00:33:47,650
spill doctor Mamoru Mori the payload

360
00:33:53,330 --> 00:33:49,720
specialist in the Space Lab module

361
00:33:58,980 --> 00:33:53,340
continuing with some configuration of

362
00:34:01,950 --> 00:33:58,990
television systems so that he can

363
00:34:04,230 --> 00:34:01,960
provide a view of the experiment

364
00:34:08,639 --> 00:34:04,240
operations inside the image furnace

365
00:34:35,110 --> 00:34:08,649
which he has activated with a sample we

366
00:34:42,280 --> 00:34:37,780
in addition to the attention being given

367
00:34:45,040 --> 00:34:42,290
to actual operations going on at the

368
00:34:49,390 --> 00:34:45,050
moment there'll also be some work

369
00:34:52,180 --> 00:34:49,400
looking down the road aways now that we

370
00:34:56,350 --> 00:34:52,190
have the official word of an eighth day

371
00:35:01,780 --> 00:34:56,360
a one day extension to the mission they

372
00:35:03,820 --> 00:35:01,790
there will be planning going on to take

373
00:35:10,210 --> 00:35:03,830
advantage of that additional 24 hours

374
00:35:20,820 --> 00:35:10,220
and work in valuable science get a good

375
00:35:37,840 --> 00:35:23,500
and you see no glittering particles or

376
00:35:41,650 --> 00:35:40,030
and just for your information on the in

377
00:35:43,690 --> 00:35:41,660
the ground control experiment they are

378
00:35:48,040 --> 00:35:43,700
seeing a lot of crystals about 1

379
00:35:50,530 --> 00:35:48,050
millimeter in size mission specialist

380
00:35:54,250 --> 00:35:50,540
Marc Lee also removed a glass sample

381
00:35:57,610 --> 00:35:54,260
from the image furnace today this video

382
00:36:01,720 --> 00:35:57,620
recorded earlier of the sample that was

383
00:36:04,330 --> 00:36:01,730
removed from that furnace the glass

384
00:36:08,070 --> 00:36:04,340
sample is laced with gold particles and

385
00:36:10,450 --> 00:36:08,080
the experimenters will be looking at the

386
00:36:12,400 --> 00:36:10,460
movement of the gold particles and

387
00:36:14,430 --> 00:36:12,410
determined the flow that occurred within

388
00:36:23,920 --> 00:36:14,440
the sample during the heating process in

389
00:36:25,390 --> 00:36:23,930
the image furnace this is space lab

390
00:36:27,540 --> 00:36:25,400
operations Huntsville we're now

391
00:36:30,670 --> 00:36:27,550
receiving live video downlink of

392
00:36:38,410 --> 00:36:30,680
tadpoles part of the frog embryology

393
00:36:45,430 --> 00:36:38,420
experiment that's affirmative mark we're

394
00:36:48,490 --> 00:36:45,440
watching these particular tadpoles were

395
00:36:52,450 --> 00:36:48,500
hatched on earth and flown in the

396
00:36:55,900 --> 00:36:52,460
tadpole stage at the beginning of the

397
00:36:57,280 --> 00:36:55,910
mission the science team here in

398
00:37:00,040 --> 00:36:57,290
Huntsville watching the swimming

399
00:37:10,500 --> 00:37:00,050
behavior of the tadpoles in the two-part

400
00:37:15,060 --> 00:37:12,780
members of the science team for the Frog

401
00:37:16,980 --> 00:37:15,070
embryology experiment monitoring the

402
00:37:18,870 --> 00:37:16,990
video of the tadpoles and their swimming

403
00:37:21,390 --> 00:37:18,880
behavior as we receive this downlink

404
00:37:23,190 --> 00:37:21,400
video the tadpole seemed to be looping

405
00:37:30,540 --> 00:37:23,200
in the opposite direction that they had

406
00:37:35,220 --> 00:37:30,550
been in the kc-135 and dr. Maury working

407
00:37:39,859 --> 00:37:35,230
with the injectors the bubble injectors

408
00:37:45,090 --> 00:37:39,869
or air injectors which are used to

409
00:37:50,420 --> 00:37:45,100
introduce air into the liquid chamber of

410
00:37:58,050 --> 00:37:50,430
this facility liquid chamber contains

411
00:38:04,470 --> 00:37:58,060
oil silicone oil and a pair of syringes

412
00:38:11,849 --> 00:38:04,480
are used plungers used to introduce air

413
00:38:14,820 --> 00:38:11,859
form bubbles within the chamber and the

414
00:38:16,470 --> 00:38:14,830
operation calls for then shaking once a

415
00:38:20,040 --> 00:38:16,480
large bubble has been introduced into

416
00:38:22,800 --> 00:38:20,050
the chamber shaking it to break the

417
00:38:25,080 --> 00:38:22,810
large bubble up into a number of small

418
00:38:34,230 --> 00:38:25,090
bubbles which will be studied in terms

419
00:38:42,460 --> 00:38:36,910
and Space Lab Huntsville we're live in

420
00:38:45,880 --> 00:38:42,470
the module we've got the BBC two on now

421
00:38:54,270 --> 00:38:45,890
we've got the TV c1 and we see May at

422
00:38:57,520 --> 00:38:56,230
yeah May we're looking right over your

423
00:39:11,480 --> 00:38:57,530
shoulder and we have a good view of the

424
00:39:17,000 --> 00:39:14,480
and may gary requested if you've got

425
00:40:03,680 --> 00:39:17,010
time to get a 35-millimeter shot of that

426
00:40:03,690 --> 00:40:20,030
can you rotate that filter force please

427
00:40:20,040 --> 00:40:41,420
okay and that looks good Jim

428
00:40:53,220 --> 00:40:44,150
okay next to be bad one which was just

429
00:40:59,760 --> 00:40:57,440
and FTS says that's beautiful

430
00:41:01,500 --> 00:40:59,770
we're receiving some live shots from the

431
00:41:04,589 --> 00:41:01,510
science operations area with the fluid

432
00:41:07,349 --> 00:41:04,599
therapy system team which is up and

433
00:41:10,050 --> 00:41:07,359
running with their experiment being

434
00:41:20,550 --> 00:41:10,060
front and center space have activities

435
00:41:23,569 --> 00:41:20,560
right now you know closing the heating

436
00:41:27,359 --> 00:41:23,579
chamber portion of the image furnace

437
00:41:33,660 --> 00:41:27,369
this is the furnace that has a pair of

438
00:41:36,240 --> 00:41:33,670
halogen lamps to provide heat focusing

439
00:41:39,690 --> 00:41:36,250
the energy of those lamps by means of a

440
00:41:44,390 --> 00:41:39,700
pair of mirrors especially shaped

441
00:41:53,630 --> 00:41:44,400
mirrors that have the figure or form of

442
00:41:57,060 --> 00:41:53,640
portion of an ellipse and those mirrors

443
00:41:59,180 --> 00:41:57,070
concentrate the light and heat from the

444
00:42:02,640 --> 00:41:59,190
two halogen lamps into a very intense

445
00:42:06,089 --> 00:42:02,650
area very intensely into a local very

446
00:42:09,870 --> 00:42:06,099
small area somewhat the same manner that

447
00:42:12,240 --> 00:42:09,880
a magnifying glass will concentrate the

448
00:42:17,849 --> 00:42:12,250
sun's energy if it's focused on a piece

449
00:42:22,380 --> 00:42:17,859
of paper or a leaf with a look inside

450
00:42:27,089 --> 00:42:22,390
the image furnace we're heating up

451
00:42:28,710 --> 00:42:27,099
process is underway for the experiment

452
00:45:10,120 --> 00:42:28,720
that mission specialist Mark Lee has

453
00:45:10,130 --> 00:50:04,970
yes

454
00:50:04,980 --> 00:50:32,770
that's a great shot

455
00:50:43,820 --> 00:50:41,540
dedicated a check out took a little

456
00:51:24,960 --> 00:50:43,830
video to the NPS check out tears goes

457
00:51:24,970 --> 00:51:30,590
go okay

458
00:51:30,600 --> 00:51:47,069
job

459
00:51:47,079 --> 00:51:57,960
are you gonna rep the half of G

460
00:51:57,970 --> 00:52:11,400
about twenty three point two forty miles

461
00:52:19,059 --> 00:52:14,079
endeavor now banking back to the left it

462
00:52:22,509 --> 00:52:19,069
wings angled 20 degrees continuing to

463
00:52:26,910 --> 00:52:22,519
slow down speed now 1,400 miles an hour

464
00:52:44,950 --> 00:52:26,920
or about two times the speed of sound

465
00:52:59,030 --> 00:52:53,420
altitude 74,000 feet current speed 1,300

466
00:53:30,300 --> 00:52:59,040
miles now Deborah swings now leveling

467
00:53:40,460 --> 00:53:36,410
speed now one thousand miles an hour

468
00:53:44,220 --> 00:53:40,470
about 1.3 times the speed of sound

469
00:53:48,060 --> 00:53:44,230
standing by for endeavor to go subsonic

470
00:54:22,790 --> 00:53:48,070
altitude 55,000 feet 30 nautical miles

471
00:54:26,330 --> 00:54:24,770
four minutes to touchdown endeavours

472
00:54:30,320 --> 00:54:26,340
approaching the heading alignment circle

473
00:54:32,240 --> 00:54:30,330
an imaginary circle created by landing

474
00:54:36,650 --> 00:54:32,250
aids around which endeavour will perform

475
00:54:41,870 --> 00:54:36,660
a 258 degree right turn as it aligns

476
00:54:47,300 --> 00:54:41,880
with runway 33 Deborah now subsonic

477
00:54:56,000 --> 00:54:47,310
speed 256 knots altitude 40,000 feet 21

478
00:55:06,109 --> 00:54:58,430
endeavor now beginning its right turn to

479
00:55:13,010 --> 00:55:06,119
align with runway 33 in evolution on

480
00:55:15,830 --> 00:55:13,020
energy at the 270 calling it a knit

481
00:55:18,740 --> 00:55:15,840
endeavor speed is just as planned with

482
00:55:21,010 --> 00:55:18,750
270 degrees left to go to turn in the

483
00:55:26,050 --> 00:55:21,020
line with runway 33

484
00:55:38,560 --> 00:55:26,060
airspeed 267 knots altitude 29,000 feet

485
00:55:38,570 --> 00:55:44,580
and never Houston on energy at the 180

486
00:55:49,750 --> 00:55:47,470
call indicating endeavor is at the

487
00:55:51,900 --> 00:55:49,760
proper speed with 180 degrees left to go

488
00:55:56,200 --> 00:55:51,910
to turn in the line with runway 33

489
00:55:58,150 --> 00:55:56,210
altitude 24,000 feet 14 miles to

490
00:56:00,400 --> 00:55:58,160
touchdown continuing to bank to the

491
00:56:24,180 --> 00:56:00,410
right with wings angled 38 degrees to

492
00:56:31,950 --> 00:56:27,530
ever speed continuing right on target

493
00:56:38,310 --> 00:56:31,960
ten miles to touchdown now stood 16,000

494
00:56:54,130 --> 00:56:38,320
feet speed 290 knots continuing to bank

495
00:56:58,839 --> 00:56:56,650
endeavour Houston looking good on final

496
00:57:06,519 --> 00:56:58,849
you're still go for the drag chute dto

497
00:57:11,410 --> 00:57:06,529
surface winds are calm Devers wings

498
00:57:26,310 --> 00:57:11,420
leveling up to 9,000 feet six miles to

499
00:57:26,320 --> 00:57:47,980
speed 297 knots 6000 feet

500
00:57:47,990 --> 00:58:19,250
3000 feet

501
00:58:34,640 --> 00:58:24,380
landing gear down and locked main gear

502
00:58:34,650 --> 00:58:40,770
drag chute deploy

503
00:58:40,780 --> 00:59:16,510
nose gear touchdown

504
00:59:22,400 --> 00:59:20,210
listen endeavor we have wheelstop roger

505
00:59:24,410 --> 00:59:22,410
wheelstop endeavour congratulations on a