鄂霍次克海

千岛&鄂霍次克海地区的地震分布、震源机制及应力状态

Distribution and focal mechanism of earthquakes and stress state on Kuril Islands and sea of Okhotsk

鄂霍次克海是北太平洋的海湾，位于俄国堪察加半岛以西。

The Sea of Okhotsk is an arm of the northern Pacific to the west of Russia 's Kamchatka Peninsula .

具体如下（1）通过对鄂霍次克海阻高指数和500hPa高度的相关分析发现，夏季东亚附近容易出现一个类似偶极子的遥相关类型；

The findings are as follows . ( 1 ) A teleconnection pattern , namely , the significant correlation dipole between the index of the Okhotsk high and 500 hPa geopotential height ( Z500 ), over East Asia , tends to occur in summer .

鄂霍次克海天然气水合物成藏条件分析

Geological factors for the development of gas hydrates in Okhotsk Sea

冬季鄂霍次克海海冰对北太平洋风暴轴年际变化的影响

Influence on Northern Pacific Storm Track of Okhotsk Sea Ice during Winter

鄂霍次克海阻塞高压的建立是造成我省连续性强降水的关键；

Okhotsk barrage high is the important reason of our province 's rainfall .

苏联东北部的一个半岛；位于白令海和鄂霍次克海之间。

A peninsula in eastern Siberia ; between Bering Sea and Sea of Okhotsk .

毕竟，南海被认为是国际航道，跟鄂霍次克海不一样。

After all , the South China Sea is a recognized international waterway , unlike the Sea of Okhotsk .

日本东部附近海域海温异常对鄂霍次克海高压的影响

Impact of the sea surface temperature anomaly of the east coast of Japan on the development of the Okhotsk High

应用正、斜压涡度拟能方程，对1998年6月3～11日发生在鄂霍次克海的一次阻塞环流进行诊断。

Using barotropic and baroclinic enstrophy equations , an Okhotsk blocking occurring from June 3 ~ 11 , 1998 is diagnosed .

碰撞的主要动力机制为日本海和鄂霍次克海的张开及菲律宾板块的俯冲。

The major dynamic mechanism of collision is the openning of Japanese Sea and Okhotsk sea and subduction of Philippine Plate .

2006年的梅雨期在典型梅雨常见的中高纬度乌拉尔山和鄂霍次克海阻塞高压均未建立，中高纬度高压位于贝加尔湖以西，低纬度副高位置比气候平均稍偏北。

In the Meiyu season of 2006 , the blocking high located to the west of Baikal Lake , the west Pacific subtropical high was more northward than that in the normal year .

其次重点分析了鄂霍次克海、贝加尔湖、乌拉尔山这三个地区阻塞高压的气候特征，这些阻塞高压与大气环流及中国夏季降水有一定的相关关系。

In the second place , the climate characteristics of Okhotsk blocking , Baikal blocking and Ural blocking are particularly analyzed . These blockings have a important relationship with atmospheric circulation and China summer rainfall .

研究了鄂霍次克海阻高及西太平洋副热带高压的关系，解释了当鄂霍次克海阻高活跃时副热带高压北上缓慢的原因。

This study examines the relationship between the subtropical high in the West Pacific and the Okhotsk high in summer , and explains why the subtropical high cannot progress northward when the Okhotsk high is active .

利用北极海冰密集度资料和NCEP/NCAR再分析资料，运用统计方法讨论了冬季鄂霍次克海及其邻近海区海冰异常与同期北太平洋风暴轴的联系。

Based on the Arctic sea ice concentration data and the NCEP / NCAR reanalysis data , the contemporaneous relationship of the winter sea ice in the sea of Okhotsk and its adjacent sea areas with the northern Pacific storm track is investigated by statistical analysis methods .