RT @eps_tweet: [Express Letter on Geodesy] Taku Ozawa & Yuji Himematsu (Published: 18 May 2022) Impact of crustal deformation detection by…
RT @eps_tweet: [Express Letter on Geodesy] Taku Ozawa & Yuji Himematsu (Published: 18 May 2022) Impact of crustal deformation detection by…
RT @eps_tweet: [Express Letter on Geodesy] Taku Ozawa & Yuji Himematsu (Published: 18 May 2022) Impact of crustal deformation detection by…
RT @eps_tweet: [Express Letter on Geodesy] Taku Ozawa & Yuji Himematsu (Published: 18 May 2022) Impact of crustal deformation detection by…
RT @eps_tweet: [Express Letter on Geodesy] Taku Ozawa & Yuji Himematsu (Published: 18 May 2022) Impact of crustal deformation detection by…
RT @yt_geodesy: SARの周波数帯域を分割することで見かけ上の波長を長くして、変位勾配が大きい場所でもロバストに面的な変位を検出する手法。Offset tracking法(あるいはPixel offset)よりも顕著に空間分解能が高い。#SAR #InSAR
RT @yt_geodesy: SARの周波数帯域を分割することで見かけ上の波長を長くして、変位勾配が大きい場所でもロバストに面的な変位を検出する手法。Offset tracking法(あるいはPixel offset)よりも顕著に空間分解能が高い。#SAR #InSAR
SARの周波数帯域を分割することで見かけ上の波長を長くして、変位勾配が大きい場所でもロバストに面的な変位を検出する手法。Offset tracking法(あるいはPixel offset)よりも顕著に空間分解能が高い。#SAR #InSAR
RT @eps_tweet: [Express Letter on Geodesy] Taku Ozawa & Yuji Himematsu (Published: 18 May 2022) Impact of crustal deformation detection by…
RT @eps_tweet: [Express Letter on Geodesy] Taku Ozawa & Yuji Himematsu (Published: 18 May 2022) Impact of crustal deformation detection by…
RT @eps_tweet: [Express Letter on Geodesy] Taku Ozawa & Yuji Himematsu (Published: 18 May 2022) Impact of crustal deformation detection by…
RT @eps_tweet: [Express Letter on Geodesy] Taku Ozawa & Yuji Himematsu (Published: 18 May 2022) Impact of crustal deformation detection by…
[Express Letter on Geodesy] Taku Ozawa & Yuji Himematsu (Published: 18 May 2022) Impact of crustal deformation detection by the DSI (difference of split-band interferograms) method with PALSAR-2 data: a case study on the 2016 Kumamoto Earthquake https
RT @JanMarguliesSN: Impact of crustal deformation detection by the DSI (difference of split-band interferograms) method with PALSAR-2 data:…
Impact of crustal deformation detection by the DSI (difference of split-band interferograms) method with PALSAR-2 data: a case study on the 2016 Kumamoto Earthquake https://t.co/b0i4yRFgJT