1. Smart New Satellite 201014531 Shin Dong Youb 201214509 Kim Tae Woo
Kim Su Hyun
Park Min Ju

2. Satellite measuring SST
satellite name
sensor
orbit
altitude
(km)
spatial resolution
temporal resolution
(min)
swath
speed
(km/s)
band
Aqua
MODIS
LEO P SS
705 1 99
2330
7.506
infrared
Noaa
AVHRR 2/3
850
1.1
102
3000
7.430
Adeos
OCTS
805
25-50
101
1400
7.453
AMSR-E
27*16
1450
microwave
Coriolis
WINDSAT
m/w radiometer
800 25
1000
7.456
TRMM
TMI
LEO
350 91
758.5
7.701
Table 1. SST satellites

3. Introduce satellite Infrared vs Microwave cloud spatial resolution
Narrow and short phenomenon more details
less errors

4. How to improve spatial resolution
MASER(microwave amplification by stimulated emission of radiation) amplifier
pumping
wave
Stimulated
emission
Stimulated emission
Incoming photon
Amplifying wave
Figure 1. stimulated emission’s principle

5. How to improve temporal resolution
Adjust satellite altitude
Satellite’s speed & period eq.
V= 𝐺 𝑀 𝐸 𝑅 = 2𝜋𝑅 𝑇 , T= 2𝜋𝑅 𝑉
LEO ranges 160km~2000km(160km altitude satellite = NS)
 V ≒ 7.79km/sec
 T ≒ 88 min(16 times per day)
Revisit time  shorter

6. How to improve temporal resolution
Is it possible 2513km of swath at NS?
2513km ≤ NS’s swath
y = 0.225x
- α = 77.32˚
l = aβ
- β = 22.5˚
- γ = 77.20˚
77.32˚(α) > 77.20˚(γ)
Figure 2. At 160km
Figure 3. For 2513km swath

7. Expectations for Massive Use in the Future!
conclusion
Spatial resolution  more less than 25km  observation of smaller
scale oceanic processes
Temporal resolution  about 15min difference(vs WINDSAT)
Spatial resolution & Temporal resolution
observe all of regions with or without cloud
decreasing errors between the data
Expectations for Massive Use in the Future!

8. reference
uide.pdf

9. QnA

10. Thank you