00:00In the first place, our team is in the East side of WBWB.
00:07In the East side, we went to a field trial in the East side of WBWB.
00:15I'm talking about the most important thing about this technology.
00:22We will see what we are doing.
00:25Now, we are talking about the cyclone in the tropical region.
00:38The cyclone is the physical oceanographic parameters.
00:46We are talking about the conductivity and the salinity.
00:49Then we are talking about the temperature.
00:52The two parameters are the cyclone form.
01:00The cyclone is strong, strong, strong, strong, strong,
01:07and strong, strong, strong, strong, strong, strong, strong.
01:12Now, let's talk about the physical parameters.
01:17The physical parameters of the ocean are the dictated.
01:22The first thing about the cyclone is the cyclone.
01:30And that cyclone is going to be very bad or bad, and that's how it works.
01:39The temperature is the temperature.
01:42Now, we have to absorb the temperature in the world.
01:49So, the top layer is the surface water.
01:52and the water is very dry and the water is very dry.
02:01The water is very dry and the surface is very dry and it is very dry and it is very
02:07dry.
02:08So we will make a vertical circulation.
02:10If you go down the water, you will have cold water.
02:14This is not the Arctic and the tropical country.
02:19In this period of time, the sun goes to the horizon
02:26Vertical, up and down
02:28Horizontal is one continent, one continent, one continent, one continent
02:32Pacific, Antarctic, Pacific, Pacific
02:36So this is the moment
02:38So in this period of time, the surface water
02:43Salenity and Temperature
02:45So this is how we decide the cycle
02:49This is how we measure it
02:51We have a boy
02:53We have a boy network
02:56We have a boy network
02:57Observation boy network
02:59So this boy, you know
03:02Meteorological Parameter
03:03Sensors
03:06Oceanographic Parameter
03:08Sensors
03:10Meteorological Parameter
03:12Notes
03:17That is the mooing line
03:21We can move on
03:21Mooring line
03:21We can do that
03:21Now we have a salenity and temperature
03:26We use 10 sensor
03:28We use a sensor
03:31It's a sensor
03:34It's about 500 meters
03:41We measure the temperature and the salinity.
03:46Now we have a wave powered vertical profiler.
03:51If you look at the profile of this 10-15 sensor,
03:58one sensor motor is installed.
04:02When we install the vertical profiler,
04:06it is a wave movement.
04:09It is a wave movement.
04:10It is a wave movement.
04:12It is used to design the mechanical system.
04:19We are going to start the surface.
04:24We are fixing the mechanical stopper.
04:30We are going to reach the profile of this 3P.
04:35We mark the 3P in a buoyance system.
04:38We are going to get the surface.
04:40Once the 3P is installed,
04:42we are going to be able to install the entire profile.
04:49We use the entire profile.
04:57We use the entire profile.
05:00Let's get started.
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