SF Coupling | Sumitomo Drive Technologies: Japan

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Slip History for Short-Term Slow Slip Events With Low

Slow slip events (SSE) which coincide with nonvolcanic deep low-frequency tremor have been detected in southwest Japan subduction zone (Obara et al., 2004). This coupling phenomenon has similar characteristics to the similar to the episodic tremor and slip (ETS) in the Cascadia subduction zone (Rogers and Dragert, 2003). The SSEs have been found not only in the western Shikoku region (Obara etGet price

Monitoring of coupling distribution and small Short-term SSEs

In the south-western part of Japan, there occur episodic tremor and slip beneath Nankai trough. These short-term slow slip events (S-SSEs) especially in Tokai region are known to be very small and hard to detect by GPS. Our study is a trial for monitoring these S-SSEs by GPS data. We applied geodetic inversion to three dimensional daily GPS positioning data for 15 years from 1996 to 2010 whichGet price

Coupling and tremor rate in the transition zone around the

Especially, the coupling along the transient zones in southwestern Japan shows temporal fluctuations. The major ones are detected as long-term SSEs in the Bungo-Channel (BC) area in 1997, 2003, and 2010-11, and small fluctuations are also detected in other region along the zone.On the other hand, episodic tremors also occur in the transient zone.Get price

Temporal change in plate coupling and long-term slow slip

Dec 01, 2015 · After the long-term SSE terminates, the interplate coupling rapidly recovers to the full coupling. Although three long-term SSEs in 1997, 2003, and 2010 released part of the stress accumulated by the interplate coupling, the effect of the SSEs was limited and the entire Nankai area including the SSE patch has continued to experience stressGet price

Recurrent slow slip event reveals the interaction with

It remains enigmatic how slow slip events (SSEs) interact with other slow seismic events and large distant earthquakes at many subduction zones. Here we model the spatiotemporal slip evolution of the most recent long-term SSE in 2009-2011 in the Bungo Channel region, southwest Japan using GEONET GPS position time-series and a Kalman filter-based, time-dependent slip inversion method.Get price

Reexamination of the interplate coupling in the Tokai region

Dec 21, 2004 · Our results clearly show that the maximum of the SSE and back‐slip do not overlap each other for the present event. However, the largest forward slip region (approx. 3.0 cm/yr) corresponds to moderate coupling (approx. 1 cm/yr) region in 1997–2000.Get price

Possible Long-term SSEs in the Tokai Area, Central Japan

The long-term slow slip event (LSSE) in the Tokai area, central Japan, from mid-2000 to mid-2005 [Suito and Ozawa (2009)], had continued five years, which was much longer than other LSSEs around the world [e.g. Schwartz and Rokosky (2007)]. After the termination of the SSE in 2005, no obvious long-term SSE was detected and that makes difficult to discuss a recurrence interval of the events. InGet price

Integration of transient strain events with models of plate

SSE and tremor are not always linked, for example, in Hawaii and New Zealand, repeating SSEs are accompanied by microseismicity but not any detectible tremor (Segall et al. 2006; Delahaye et al. 2009; Montgomery-Brown et al. 2009). In southwest Japan, there is a strong coincidence between S-SSEs, tremor, LFE and VLF (Ito et al. 2007).Get price

(PDF) EHV AC Transmission | Chandrra Sekhar - Academia.edu

Academia.edu is a platform for academics to share research papers.Get price

Depth extent of the long‐term slow slip event in the Tokai

Aug 28, 2013 · [1] Temporal changes to interplate coupling and long‐term aseismic slip in the Tokai Region of central Japan from July 1996 to June 2009 are statically inverted using continuous Global Positioning System (GPS) data and leveling observations, and examined using a new interpretation of aseismic slip.Get price

Reexamination of the interplate coupling in the Tokai region

data (Figure 3b). Our result shows that the coupling is strong on the depth of 10–25 km of the plate boundary. In deeper areas of the plate boundary, back-slip rates are decreasing and cease to exist at depth of 30–40 km. This depth corresponds to the transition zone of the interplate coupling. 3.2. Back-Slip Distribution of Tokai SSE DuringGet price

SKF Couplings

customised coupling products. SKF Cou - plings cover a wide range of coupling types, sizes and capacity ratings for many applica - tions and factory environments. For large, heavy duty applications, SKF has large size couplings. These couplings, which provide optimum contact with the shaft, can accommodate high torque values,Get price

Intelligent Power Distribution - Electronics in the Control...

MICO - Intelligent power distribution Monitor, detect, react MICO is the intelligent power distribution module from Murrelektronik for 24 V DC. It monitors currents, indicates when approaching the maximum load and makes targeted shut downs during over-stress or short circuits.Get price

Influence of sulfur hexafluoride on the electrical behaviour

Apr 01, 1982 · In this paper, we report some results on electrochemical reactions of Sulfr hexafluoride and oil, on measurements of tan σ of oil with and without Sulfr hexafluoride and also on th…Get price

Integration of transient strain events with models of plate

cluding long- and short-term slow slip events (L-SSE and S-SSE), non-volcanic episodic tremors, and low/very-low frequency earth-quakes (LFE and VLF) have been discovered in southwest Japan (e.g. Ozawa et al. 2002, 2007; Hirose Obara 2005; Ito et al. 2007). Here we use L-SSE to refer to SSE with durations of monthsGet price

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Phys. Rev. Lett. 117, 207203 (2016) - Magnon Polarons in the

Nov 10, 2016 · 8 Spin Quantum Rectification Project, ERATO, Japan Science and Technology Agency, Sendai 980-8577, Japan; 9 Advanced Science Research Center, Japan Atomic Energy Agency, Tokai 319-1195, Japan * [email protected] † Present address: National Institute for Materials Science, Tsukuba 305-0047, Japan.Get price

Relation between the coupling and tremor rates in the

Jul 11, 2018 · Blue and red contours show the coupling and the long-term SSE in BC between 2010 and 2011, and dark red rectangles show fault models of the short-term SSE published by Sekine et al. Full size image According to the results of Miyazaki and Heki ( 2001 ), a strongly coupled area is distributed beneath the Tosa Bay (see Fig. 1 ) at depths of 20Get price

Depth extent of the longâ term slow slip event in the Tokai

tion to the effect on the interplate coupling caused by the long-term SSE. [9] These kinds of SSEs have been found in other regions of the subduction zones along the Japanese Islands, such as in the Bungo Channel of southwest Japan in 1996–1997 [Hirose et al., 1999] and 2003 [Ozawa et al., 2004a; HiroseGet price

Predicting the geodetic signature of MW 8 slow slip events

SSE = v s(1 c). [5] Because a M W 8 SSE would occur over such a long period and continuous geodetic time series rarely span more than 10 years, it is not yet possible to observe more than a snapshot of large SSE time evolution. However, initial observations oftime-variable apparentelastic coupling,such as that discovered in northern HonshuGet price

Sulfr hexafluoride (GIS) gas insulated substation Manufacturer in China

In case you didn’t know yet, GIS substation originated from Japan. It’s the place where there was a massive need to build technology to make gas insulated substations as compact as possible. The clearance needed for the phase to phase to the ground for every equipment is much less than that is necessary for an air insulated substation.Get price

Estimation of interplate coupling in the Nankai trough, Japan

In SW Japan, both horizontal and vertical crustal motion seem to be consistent with the back-slip model prediction (Aoki Scholz 2003; Heki 2007). Tabei et al. found slightly stronger coupling at the transitional depth of 25–35 km when the vertical velocities were appropriately weighted. In this study, we varied weighting for both horizontalGet price

Interseismic Coupling and Slow Slip Events on the Cascadia

Sep 24, 2018 · Interseismic coupling maps obtained with different a priori hypothesis on fault coupling. Interseismic coupling is defined as the ratio of the slip rate deficit derived from the modelling of interseismic geodetic strain over the long-term slip rate on the megathrust predicted by the block model. a The megathrust is assumed fully locked a priori.Get price

Sulfr hexafluoride Emission Reduction and Leak Repair in Japan

Outdoor GIS is now widely applied in Japan. Recently GIS is expected to have longer life more than 50 years, so it becomes to be important to keep the low emission of SF 6 from GIS for long term. New repair technique or some of countermeasures to keep emission of SF 6 low from aged GIS, GCB, and GIT in near future. 23Get price


Sulfr hexafluoride HOLDINGS AND EMISSIONS IN JAPAN (Obtained by Joint Study) The worldproduction of gaz sf6 in 1995 was estimated approximately 8,500 tons. Of the total, some 30% were produced in Japan. gaz sf6 is mainly used for electric insulation. From the results of surveys in Japan on the amounts of gaz sf6 handled by gas producers and gas-insulated equipmentGet price

San-in shear zone in southwest Japan, revealed by GNSS

Jun 27, 2017 · A right-lateral shear zone in the San-in region, southwest Japan, has been proposed by previous geological and seismological studies. It locates 350 km north of the Nankai Trough, that is, the main plate boundary between the subducting Philippine Sea and overriding Amurian plates and presumably accommodates a part of the relative plate motion.Get price

Alternatives for insulating gas | 2020 | Siemens Energy Global

But more and more often, SF 6 is no longer the gas of choice. For a simple reason: if the gas escapes, it contributes to climate change. It is around 23,500 times more warming than the greenhouse gas CO 2 and has a life span of 3,200 years in the earthatmosphere.Get price

Universal Sulfr hexafluoride Fittings Kit 2GNM110142.a

SF 6 circuit breaker fittings kit Universal high voltage SF 6 fittings kit ABB is proud to offer to you our Universal Fittings and Regulator Kits. Each is stored in a fitted case for ease of handling,Get price