Sun Activities,The Earth Iron Core and Storms
Jan0
Hamid Sadeghipour
27.01.2012
Iran Newspaper in his scientific section reports some months ago a small sun activity made a beautiful aurora in Alabama sky. In another report it mentions there was a strong storm in Alabama in recent days. There is a scientific phenomenon under the name of the “Magnetization and Demagnetization”. When you magnetize something, depending to field strength, stronger one produces more magnetization and a rise in temperature. Rise in temperature magnetize more. The demagnetization lowers the temperature and vice-versa. In one of my articles I explained you about a possible structure of Earth Iron Core and 24 electrons inside the earth. The strong sun activities arrive to the earth and give some charges to these electrons. Summer heat as well magnetizes. Winter cools down some of these electrons. Over some electrons you have some lands. After cooling, the land becomes demagnetized. Winter cools Alabama, but, as another strong activity happens, it magnetizes the land and temperature increases. The difference between two points with the temperature difference causes the strong winds and storm. It is a hypothesis, and I hope some days it explains some events.
Recent Italy 5.1 Richter Earthquake of 25.01.2012
Jan0
Hamid Sadeghipour
25.01.2012
By Costa Concordia cruise ship wrecked near the island of Giglio off the coast of Tuscany, I supposed the heat might affect Italy much later. But, there is a report of recent strong sun activity. The sun radiation heated up an already warm land. Please, suppose the land goes up in the west coast of Italy and by the way the Italy according to the map is a divergent land with Alps chain. Therefore, it tries to widen the gap. The created plain between resists to create a new plying and it is not easy. To reduce the impacts they have to cool down the west coast, but Italian had people like Fermi and certainly can see the right action not making too cool.
Recent Turkey earthquake 4.7 Richter
Jan0
Hamid Sadeghipour
20.01.2012
I suppose nobody reads my articles. In 1970 to 1980 you could find Russian books in Europe and Iranian libraries. One of the books is written in French: Les mécanismes dans la technique moderne. Written by Mr. Artoboleski, Moscow MIR Editions. One mechanism explained in this book is in English: mechanism with slide and lever of parallel rulers. In each ruler, there is a groove. A mechanism like a scissor is fixed between these two rulers. Two heads inside the grooves and two fixed points. Today, I had a look to another earthquake in east of Turkey. 4.7 Richter. We know a plate goes under another plate or a fault moves side by side and friction causes heat. Magma is a fluid and obeys hydraulic laws. As sun radiation penetrate inside the earth, the heat comes up by heat facilitating some reactions. This heat adds to friction heat and what is between expands. In Turkey or elsewhere we see this expansion or upcoming magma makes a fracture in the upper surface. A lot of earthquakes are happened along a river near the small lake east of Van lake. Turkey should pour some concrete over this river (installing some big pipes in the bed of the river) temporarily and construct a mechanism of slide and lever of parallel rulers. And see what happens for this mechanism and how to for example adjusting the movements by weights hanging in the wells or even building some extra bridges. Bracings in building constructions are familiar for engineers and it is to try only. If you see slides, it is easy to build supporting walls. The produced stresses accumulate somewhere else and it is not good to leave the situation to become quiet by itself.
Nayshabour Earthquake and warm winter
Jan0
Hamid Sadeghipour
19.01.2012
Scientific American says this winter is a record for warm weather. If you look to color of the rocks in Nayshabour Mountains where the recent earthquake of 5.5 Richter occurred, you see the gray rocks. The magma in a geological time has come up and has burned the rocks. The gray is the sign of burned carbon content of the rocks. We see, besides, the big slide of mountain there. Again, this sliding part is broken and is sliding in his turn. The color change of the rock shows before slides the southern part remained intact, but sliding parts covered it. When magma comes up, even, a little bit, the angle change and gravity makes just a creeping and friction to cause earthquake. Therefore, it is a must to build some SUPPORTING WALLS, or pouring some armored concrete under the sliding mountain. In this case several points.
Iran Central Province Earthquake
Jan0
Hamid Sadeghipour
17/01/2012
For the earthquake near Davoodabad in Markazi Province we have to fix some points as my last article for Firuzkuh, if experts agree. Please, draw a line from Dastjerdeh parallel to north-eastern side of Mighan Kavir plain. Then, draw a line perpendicular from the epicenter of last earthquake near Davoodabad to this line. The intersection is where we see the mountain end. Please, pour your armored concrete, with all the accessories you can, around.
Recent Firuzkuh- Iran earthquake
Jan0
Hamid Sadeghipour
16.01.2012
Most volcanoes in the mountainous region make apart the upper layer and push the separated parts to east and west, or any opposite sides under any angle. The last day earthquake of Firuzkuh with 3.2 Richter shows the separated parts of mountainous layer of Alborz Chain over Damavand Mountain in the east move and is broken and causes the earthquake. The earthquake is where the broken mountains overlap near the earthquake epicenter. Of course, the place of overlap is covered by sediments, but it has to be removed and then, to construct supporting walls as soon as possible. Or at least adding some armored concrete at some points of the overlap place. You can use this techniques, even, under the water.
Near the island of Giglio off the coast of Tuscany, Costa Concordia cruise ship wrecked
Jan0
Hamid Sadeghipour
15.01.2012
In the chaotic aftermath of the Friday evening accident near the island of Giglio off the coast of Tuscany, Costa Concordia cruise ship wrecked. Costa Concordia cruise ship wrecked in Italy shows a hidden point. Giglio is among islands that one day could be arc volcanoes. I do not enter in the discussion of geological background, but I suppose it could be! If true, the warm weather of this summer ends in upcoming magma that makes bed of the sea comes up and the ship wrecks. Next year we have the same, and the sun activities might remain strong. Therefore, Italy should take care for this matter. Another important point is the cold for low sun activities during 2015-2019. It is very important you place your rubbers and piezoelectric sensors near the poles when suitable. The stresses could become very important.
sliding and supporting wall
Jan0
Hamid Sadeghipour
12.01.2012
During the day, in the last days, we had the moon in the sky. The tiding effect can lift up the big rocks and raining season make these big rocks sliding. The recent near Darab and near Ghaemshahr earthquakes are the results of the sliding. The Ghaemshahr earthquake is a big rock sliding toward the sea. The Darab rock is much bigger sliding toward the south. It is good to construct some columns deep maybe 5 meters under the ground and 5 meters height and 20 meters length with some 2 meters wide. It is a supporting wall of 2×10x10. You can construct some of walls to avoid sliding. 2 or three walls can be good to see later the fractures and their shape to construct more walls if necessary. Inside the walls you can add piezoelectric sensors and rubber layers. It is valuable for everywhere.
RSI calculation for earthquakes
Dec0
Hamid Sadeghipour
27/12/2011
You might ask yourself how to use RSI in the earthquakes cases? Well I try to mention an example. Take, please, the recent earthquakes with the nearly same latitude and longitude degrees on the following list.
|
2011-12-27 07:33:21.01hr 14min ago |
39.20 |
N |
26.12 |
E |
10 |
ML |
3.2 |
NEAR THE COAST OF WESTERN TURKEY |
|
|||||||||||||||||
|
2011-12-26 23:05:39.69hr 42min ago |
39.13 |
N |
29.10 |
E |
5 |
MD |
2.8 |
WESTERN TURKEY |
||||||||||||||||||
|
|
|
|
39.09 |
N |
29.08 |
E |
2 |
MD |
2.9 |
WESTERN TURKEY |
|
|
||||||||||||||
|
|
|
|
39.09 |
N |
29.04 |
E |
2 |
ML |
3.5 |
WESTERN TURKEY |
|
|
||||||||||||||
We have to construct a graph with x and y coordinates. X-axis is for the time and y-axis for the intensities. For the time we have to proceed for two first earthquakes:
17:07 – 16:52=15 minutes= 0.4 hour with the same depth.
For 2 next earthquakes 23+ 24- 17.07= 29:58
We change 58 minutes à 58/60= 0.966à 29.966
Afterwards, a difference of 3 km for the depthà 5-2= 3 km. If we take the 1.5 km per day for the coming up magmaà 3/1.5= 2; 2×24= 48à 48+29.966= 77.966
For the 2 next data: 7:33+24-23:05= 8:28 à8466
But, 10 km depth minus 2 km= 8 km à 8/1.5= 5.3
5.3à 0.3×24= 7.2 hours 5×24= 120à 120+ 7.2+ 8.466= 135.666
We draw the graph with intensities on y- axis and the following numbers on x-axis:
0; 0.4; 77.966; 135.67
You might see it has an increasing trend, but we calculate the RSI for the intensities. You can do it for the time and days as well. Schrödinger says we can not predict time and location, both for particles.
The earthquake is a result of energy consequences. By finding RSI for time, you can suppose when? But it can be useful. If you have a clear idea, please, tell me.
Intensities are as follows: 3.5+ 2.9= 6.4à 6.4/2= 3.2
2.9- 3.2x 0.1818+ 3.5= 6.4- 0.58= 5.82
I think you can see last article for more explanation.
2.9+2.8= 5.7 and 5.7/2= 2.85à 2.8- 2.85×0.1818+ 8.1
8.1/ 5.82= 1.39à 100- 100 (1+ 1.39)à 100- 41.84= 58.16
2.8+3.2=6à 6/2= 3
3.2- 3×0.1818+8.1= 3.2-0.54+8.1= 10.76à
10.76/8.1=1.33
100/2.33= 42.9
100- 42.9= 57.08
You can see RSI is decreasing from 58 to 57, then the next one for this point has less intensity.
By reducing tension around the world we will have less strong earthquakes. Deicing releases the pressure in some other part. If you have volcanoes on the way of this some other part, they become active. They produce clouds and sometimes make expand around it, or erupt. You can see for example Philippine floods. From where these clouds come and why it precipitate in just one place. Then, to have less tension, we have a better situation if we care about all of the aspects. It is the same for the economy. We have to reduce tension between countries by mutual agreements or group of countries agreements. Less tension between countries is equal to a better economy in long term.
I wish you a happy and prosperous New Year and Merry Christmas and RSI
Dec0
Hamid Sadeghipour
24.12.2011
As I try to send you my season greeting, I see the New Zealand is facing several aftershocks and it is good to mention some points to make more prosperous and happy. 1st – New Zealand is facing every year some trouble due to, I believe, icing and deicing process of the south pole. We could see, recently, several earthquakes near South Pole. It is good to place large rubber ( a thick wall tube or nap) parts for example during summer in South Pole nearby ices to enable ice to expand or contract according to the season, around the whole South Pole. When Ice is forming during the winter it can have some space to contract and a reduce pressure. During summer it can release and reduce the pressure on expanding.
2nd We have to predict the dangerous situations. The New Zealanders were shopping when an earthquake stroke their country. Recently some gentleman offered a course on the Market Analysis. In the free introduction session he explained RSI. RSI is the relative Strength Indicator. When we have a set of data we report it onto a coordinate and we have a graph. We see sometime the trend is increasing action and the graph goes up in x-axis. What will happen later? Does it go more up or goes down? With RSI you can have a tool to see better. The relative strength index tells us how strong your graph move.
How to create it?
Upward change: U; Downward change: D
Your two recent data 122, 123; U= 123-122= 1; D=0
If your two recent data are 122, 122 à then U= D= 122-122=0
EMA= Exponential moving average
EMA( U, N)
RS= ——————-
EMA( D, N)
RSI= 100-100/(1+RS)
Suppose we have these series of data:
72,153,158, 364, 81, 15, 375, 306, 209, 187, 291, 368, 112, 96, 280
We write SMA= 10 data sum/10
10 data sum = 72+153+158+ 364+ 81+ 15+ 375+ 306+ 209+ 187= 1920
SMA= 1920/10= 192
We need a coefficient: [ 2/(number of the data we used for average+1)] in this case:
[2/(10+1)] = 0.1818 or 18.18 %
EMA= { last data – EMA of before last data}x coefficient+ EMA of before last data
Last data= 187; before last data of the set of 10 data = 209
For the first attempt we take “EMA of before last data” = 192 as average.
187- 192×0.1818- 192= 187-34.9+ 192= 344.1
For the next set of 10 numbers we take:
153,158, 364, 81, 15, 375, 306, 209, 187, 291
The sum of new SMA is= 2139/10 = 213.9; new EMA= 291- 213.9x 0.1818+ 344.1
New EMA= 291-38.88+ 344.1= 673.99
You continue to find out the EMAS for your data. Of course there are software to help you in this case. Now the RS is 673.99/344.1 = 1.96
RSI= 100- 100/(1+ RS) = 100- 100/ (1+1.96)= 100-33.78= 66.22
You can see the RSI of a company stock price in the internet files.
When the graph is on upward trend but the RSI begin to go down. It means we have a downward move ahead. If we have an upward move in RSI though the price has a downward trend we have an upward move of the price ahead. The analyst say if RSI is moving down but your data goes up you must wait a decrease in price though the price goes upward and vice-versa. Sometimes, your short period prediction might not be very accurate, then use a long term period of for example 2 years data. The head and shoulder is another good form on your data graph. See, please internet for more explanation. These techniques help you to predict the usual market or the earthquake trends and other aspect of your job sometimes.