January 10, 2012

Teaching english in Japan beatbox

Is it fun or cool? 
Easier to understand...


FEATURED CAR FOR TODAY:


Please don’t hesitate to contact me back for your inquiry and further assistance.
Please do take my contact below for your reference.

Thank you so much.



Ms. Ai Tamaki
Sales Department Representative
FACEEBOOK ACCOUNT: aitamaki@yahoo.com
Office Tel. No: +81-50-5539-9816 | Fax: + 81345789623

FACEBOOK FAN PAGE: PROSPER CO., LTD Japan
...................................................................................................................................................

“ Be wise… Be Challenge… Be Practical… Be our # 1 priority… 100% TRUSTED only at Prosper Co. Ltd Japan…”





Myanmar Nail Arts/ Special Sale Murano!!!

 Thingyan
 Thingyan
  3D power effect
 Ancient Mood

Featured Car For Today

031441_0031441_1031441_2031441_3031441_4031441_5031441_6031441_7

Contact:

Prosper Co. Ltd. Japan - Group
 AMY SASAKI
Telephone Skype:+81-50-5539-9816      
FAX : +81-34-578-9623



  Be safe, make life meaningful ....

Please  don't just try the video..

nor buy this car and have adventure looking this live...

For the price up to your port ,

CAll me

TOSHI
+81-50-5539-9816
toshi@prosperjp.com


ALL ABOUT JAPAN!!

NEW JAPAN FUNNY CAR!!

WEIRD BUT COOL IDEA 

FOB Price : $5,527      Grade : 4.5        Model Code : TA-GX110
Year : 2002       Millage : 50304 km      Body Color : Silver
Transmission : AT   Displacement : 2000 cc   Fuel Type : Gasolin

Prosper Co. Ltd. Japan 
KEI OOMORI





Boulders Beach, South Africa



Boulders Beach
South Africa






Catch a glimpse of Jackass penguins along this golden coast of Boulders Beach on the Western Cape.  Yes, I said Jackass. The flightless seabird can only be found in the South African coast. The beach is part of Table Mountain National Park, and is a sanctuary of wild animals; you’ll enjoy spectacular views of the ocean and beachfront, and can spend the day soaking up the sun and swimming in the deep blue waters.




Feature Car for Today


FOB :$2,369



Contact Person

Aya Takagi

Telephone Skype:+81-50-5539-9816      
FAX : +81-34-578-9623
FB: ayatakagi88@yahoo.com  





apple ipad5 very nice and very handy..


Today`s featured car:




Yuri
yuri@mercy.co.jp
FAX                  : +81-34-578-9623
Homepage        : http://www.prosperjp.com
Facebook        : yuri masayoshi




MYANMAR AND ARTS


Three Contemporary Myanmar Artists



Image

U Lun Gywe, Two Ladies in Green, 2003, 52 x 62 cm, Oil on canvas



Myanmar is a country in South East Asia which has endured isolation for the last four decades. It is also a country with deep rooted Buddhist beliefs. The contemporary art scene in the country reflects these facts and the art is often related to Buddhism and the difficult socio-political situation. In this age of globalization, Myanmar art has developed rather on its own terms. 

Three of the most recognized artists in Myanmar are U Lun Gywe, MPP Yei Myint and Aung Kyaw Htet. Their works are represented in major museum collections. 

Myanmar


By Yin Ker


Image
U Ba Moe, Mother & Child, 1968, Oil on panel, 65 x 50 cm, Collection of Singapore Art Museum



The Singapore Art Museum started the Myanmar Collection in 1994. With 167 paintings dating from the turn of the 19th century to recent years, this collection features seminal works representing a century of evolution in Myanma painting. Diversified in style and subject matter – from caricature to social realism, Myanma kanut to impressionism, cubism and surrea-lism, it suggests enthusiasm in referencing fresh visual modes and reviewing existing ones. Just as the assimilation of Indian, Chinese and Thai arts had nourished the Myanma artistic repertoire in ancient times, the constant cross-referencing of sources foreign and local, western and eastern has shaped the countenance and demeanour of modern and contemporary Myanma art. 


Art Talk

Revisiting Parables


By Usha Nathan


Image
Namiko Chan Takahashi, This son of mine was dead and is alive again; he was lost and is found. 2007



FOST Gallery, 2 August - 2 September 2007

“I have wanted to paint truth ever since I first picked up a brush,” says Namiko Chan Takahashi. This 33-year old artist and the winner of 25th UOB Painting of the Year Award possesses a subtly sensitive figurative style. The human forms she depicts resonate with life and poignant detail – at once layered and revelatory. On a quiet evening, at her studio cum home, she talks to us about her work for her upcoming exhibition - ‘Parables’.

FEATURED BY

Ms. Mika Aoyuki

ALSO CHECK OUR FEATURED CAR OF THE DAY


http://www.prosperjp.com/stock/TOYOTA/CALDINA/027213/  

CONTACT US:

Ms. Mika Aoyuki
PROSPER CO., LTD
mika@prosperjp.com
+81 505539 9816 begin_of_the_skype_highlighting            +81 505539 9816      end_of_the_skype_highlighting
+81 50 5809 5051 begin_of_the_skype_highlighting            +81 50 5809 5051      end_of_the_skype_highlighting



Cooling a CPU with moving air, using a heatsink and fan

In basic terms, a CPU is a collection of millions of microscopic electronic 'switches', all crammed into a tiny space known as its 'core'. Every time a single 'switch' operates, it generates a tiny amount of heat. Whenever the CPU is working inside your PC, millions of these switches are operating many thousands of times per second. The collective heat generated can be quite incredible, especially if the CPU is very busy.

Why do CPUs get hot?
To put this in real terms, consider a small room containing a single lit candle. It's not very likely that the single flame of the candle will noticeably warm up the room. Put a hundred candles in the room and after a few hours, you might just be able to feel an increase in the room temperature.

Consider now, cramming millions of candles into the room. It won't be very long at all before the temperature in the room becomes uncomfortably high.

To create faster CPU speeds, manufacturers need to add more and more 'switches' to the 'core' of the CPU, vastly increasing the quantity of heat generated by its operation.

Excessive Heat = Damage
Excessive heat, if unchecked, can cause all sorts of damage. Moderate overheating of the CPU can cause hidden damage and shorten its working life, while excessive overheating can actually cause the CPU to melt and destroy itself. With today's CPU's, this could all happen within a few seconds without some method of extracting the excess heat from the CPU core.

Help from Nature
So how can we get rid of the heat? A fundamental principle of heat provides the solution:
Heat always tries to move from hot things to cold (or cooler) things.
One 'thing' that is always in abundant supply and is easily heated in this way is Air. If we pass a flow of air over something hot, some of the heat will move to the cooler air as it passes over the hot surface. The larger the hot surface area, the more heat can pass into the surrounding air.
Because the core of our CPU is quite small, we need to spread the heat over a much larger surface area to help get rid of it effectively.

The Heatsink 

Especially designed for the task, the Heatsink is placed directly on, and heated by, the CPU core. This offers a far greater surface area for the heat to move to the passing air.
Since the transfer of heat relies on complete contact between the CPU core and the heatsink base, Thermal Interface Material, a fine grease or thin pad, is usually applied in the join between the heatsink base and the CPU core to maximise the efficiency of heat transfer.

Fan-assisted CPU Cooling 

In the past, a heatsink alone was sufficient to keep a CPU cool, but as newer CPUs are increasingly generating large amounts of unwanted heat, the surrounding air becomes too hot and the heat transfer stops.
To keep the process going we need to continually replace the heated air surrounding the heatsink with cooler air. The most efficient way to do this is with a Fan.
The fan-assisted heatsink is now quite effective at transferring heat from the heatsink to the air, but must have a good supply of cooler air for maximum efficiency. Since the CPU is mounted inside the PC Case, the hot air needs to be removed and replaced with cooler air.


Heatsink and Fan Maintenance
In most cases, The PSU has a built-in fan, and is quite adept at removing the hot air from inside the case, but it can be advantageous to add an additional fan, nearby the CPU cooler, to push more hot air out of the back of the PC case.
As hot air is removed from the PC Case, cooler air is drawn from the outside of the PC Case, through the pre-cut vents in the side and front panels. It is for this reason, that it is imperative to maintain a good airflow around your PC when it is in use and not to block any of the vents or fan outlets. Again, additional fans in the case side (or front panel) can be used to force cooler air into the PC case.
An unfortunate side-effect of the use of air in this system is dust. Over a period of time, fan blades and heatsinks will become covered with a layer of dust, which gradually reduces the efficiency of the transfer of heat and the effective operation of the fans.
Regular checks on the heatsink and fans in your PC system and the removal of any build up of dust with an air-duster will keep the system in top condition and maximise the life of your CPU.

Today's Featured Car
031427_0031427_1031427_2031427_3
031427_4031427_5

Jun Nakayama
Telephone Skype : +81-50-5539-9816 begin_of_the_skype_highlighting            +81-50-5539-9816      end_of_the_skype_highlighting                  
FAX                  : +81-34-578-9623
Homepage        : http://www.prosperjp.com
Blog                 : http: //karibuprosper.blogspot.com