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21 to 30 of 469,794 Results

settings.cpython-38.pyc Jul 6, 2025 - Replication Data for: Which Local Governments Adopt New Technology First? Agency Size and Bureaucratic Champions for Open Transit Data Unknown - 709 B - MD5: 4a0792e7031575d67fce291b79ffa4fb
settings.cpython-39.pyc Jul 6, 2025 - Replication Data for: Which Local Governments Adopt New Technology First? Agency Size and Bureaucratic Champions for Open Transit Data Unknown - 906 B - MD5: d69876641a024c5a5158f35cbfec27bf
transit_feeds_spider.cpython-37.pyc Jul 6, 2025 - Replication Data for: Which Local Governments Adopt New Technology First? Agency Size and Bureaucratic Champions for Open Transit Data Unknown - 5.9 KB - MD5: d507e62719a771db2394f483bb72e45a
transit_feeds_spider.cpython-38.pyc Jul 6, 2025 - Replication Data for: Which Local Governments Adopt New Technology First? Agency Size and Bureaucratic Champions for Open Transit Data Unknown - 2.3 KB - MD5: c90b1534aa5d3f92d3eeed6073957513
transit_feeds_spider.cpython-39.pyc Jul 6, 2025 - Replication Data for: Which Local Governments Adopt New Technology First? Agency Size and Bureaucratic Champions for Open Transit Data Unknown - 6.7 KB - MD5: 7cebf77e3074233edaa13ccb3c583cfb
Slip_Model_20150425DingjieEQ.simp Jul 6, 2025 - Data for "Normal Faulting of Immature Graben Structures in the Southern Tibetan Platea: the 2025 Dingri Earthquake" Unknown - 102.2 KB - MD5: 9ff5bf75d2a37e8c76a32e15ff6dda48 The coseismic slip distribution model of the 2015 Dingjie earthquake was stored in ".simp" format, with each little fault patch recorded as one row, each row containing ten elements, "lon(deg) lat(deg) str(deg) dip(deg) dep(km) wid(km) leng(km) s_slip(m) d_slip(m) o_slip(m) ".
Slip_Model_20160522DingjieEQ.simp Jul 6, 2025 - Data for "Normal Faulting of Immature Graben Structures in the Southern Tibetan Platea: the 2025 Dingri Earthquake" Unknown - 54.5 KB - MD5: c9ab0ac2539b7479c3e83cab8004c4bc The coseismic slip distribution model of the 2016 Dingjie earthquake was stored in ".simp" format, with each little fault patch recorded as one row, each row containing ten elements, "lon(deg) lat(deg) str(deg) dip(deg) dep(km) wid(km) leng(km) s_slip(m) d_slip(m) o_slip(m) ".
Slip_Model_20200320DingriEQ.simp Jul 6, 2025 - Data for "Normal Faulting of Immature Graben Structures in the Southern Tibetan Platea: the 2025 Dingri Earthquake" Unknown - 30.4 KB - MD5: 8317fc5f00aaa3efa4a0826ceb52c672 The coseismic slip distribution model of the 2020 Dingri earthquake was stored in ".simp" format, with each little fault patch recorded as one row, each row containing ten elements, "lon(deg) lat(deg) str(deg) dip(deg) dep(km) wid(km) leng(km) s_slip(m) d_slip(m) o_slip(m) ".
Slip_Model_20250107DingriEQ_Listric_Geometry.simp Jul 6, 2025 - Data for "Normal Faulting of Immature Graben Structures in the Southern Tibetan Platea: the 2025 Dingri Earthquake" Unknown - 181.7 KB - MD5: b8926f7bfcf76fdf21f3d31c82ece222 The coseismic slip distribution model (listric geometry) of the 2025 Dingri earthquake was stored in ".simp" format, with each little fault patch recorded as one row, each row containing ten elements, "lon(deg) lat(deg) str(deg) dip(deg) dep(km) wid(km) leng(km) s_slip(m) d_slip(m) o_slip(m) ".
Slip_Model_20250107DingriEQ.simp Jul 6, 2025 - Data for "Normal Faulting of Immature Graben Structures in the Southern Tibetan Platea: the 2025 Dingri Earthquake" Unknown - 140.7 KB - MD5: 579895f82efd7889bc9caddf89fef1c2 The coseismic slip distribution model (planar geometry) of the 2025 Dingri earthquake was stored in ".simp" format, with each little fault patch recorded as one row, each row containing ten elements, "lon(deg) lat(deg) str(deg) dip(deg) dep(km) wid(km) leng(km) s_slip(m) d_slip(m) o_slip(m) ".

settings.cpython-38.pyc

Jul 6, 2025 - Replication Data for: Which Local Governments Adopt New Technology First? Agency Size and Bureaucratic Champions for Open Transit Data

Unknown - 709 B -

settings.cpython-39.pyc

Jul 6, 2025 - Replication Data for: Which Local Governments Adopt New Technology First? Agency Size and Bureaucratic Champions for Open Transit Data

Unknown - 906 B -

transit_feeds_spider.cpython-37.pyc

Jul 6, 2025 - Replication Data for: Which Local Governments Adopt New Technology First? Agency Size and Bureaucratic Champions for Open Transit Data

Unknown - 5.9 KB -

transit_feeds_spider.cpython-38.pyc

Jul 6, 2025 - Replication Data for: Which Local Governments Adopt New Technology First? Agency Size and Bureaucratic Champions for Open Transit Data

Unknown - 2.3 KB -

transit_feeds_spider.cpython-39.pyc

Jul 6, 2025 - Replication Data for: Which Local Governments Adopt New Technology First? Agency Size and Bureaucratic Champions for Open Transit Data

Unknown - 6.7 KB -

Slip_Model_20150425DingjieEQ.simp

Jul 6, 2025 - Data for "Normal Faulting of Immature Graben Structures in the Southern Tibetan Platea: the 2025 Dingri Earthquake"

Unknown - 102.2 KB -

The coseismic slip distribution model of the 2015 Dingjie earthquake was stored in ".simp" format, with each little fault patch recorded as one row, each row containing ten elements, "lon(deg) lat(deg) str(deg) dip(deg) dep(km) wid(km) leng(km) s_slip(m) d_slip(m) o_slip(m) ".

Slip_Model_20160522DingjieEQ.simp

Jul 6, 2025 - Data for "Normal Faulting of Immature Graben Structures in the Southern Tibetan Platea: the 2025 Dingri Earthquake"

Unknown - 54.5 KB -

The coseismic slip distribution model of the 2016 Dingjie earthquake was stored in ".simp" format, with each little fault patch recorded as one row, each row containing ten elements, "lon(deg) lat(deg) str(deg) dip(deg) dep(km) wid(km) leng(km) s_slip(m) d_slip(m) o_slip(m) ".

Slip_Model_20200320DingriEQ.simp

Jul 6, 2025 - Data for "Normal Faulting of Immature Graben Structures in the Southern Tibetan Platea: the 2025 Dingri Earthquake"

Unknown - 30.4 KB -

The coseismic slip distribution model of the 2020 Dingri earthquake was stored in ".simp" format, with each little fault patch recorded as one row, each row containing ten elements, "lon(deg) lat(deg) str(deg) dip(deg) dep(km) wid(km) leng(km) s_slip(m) d_slip(m) o_slip(m) ".

Slip_Model_20250107DingriEQ_Listric_Geometry.simp

Jul 6, 2025 - Data for "Normal Faulting of Immature Graben Structures in the Southern Tibetan Platea: the 2025 Dingri Earthquake"

Unknown - 181.7 KB -

The coseismic slip distribution model (listric geometry) of the 2025 Dingri earthquake was stored in ".simp" format, with each little fault patch recorded as one row, each row containing ten elements, "lon(deg) lat(deg) str(deg) dip(deg) dep(km) wid(km) leng(km) s_slip(m) d_slip(m) o_slip(m) ".

Slip_Model_20250107DingriEQ.simp

Jul 6, 2025 - Data for "Normal Faulting of Immature Graben Structures in the Southern Tibetan Platea: the 2025 Dingri Earthquake"

Unknown - 140.7 KB -

The coseismic slip distribution model (planar geometry) of the 2025 Dingri earthquake was stored in ".simp" format, with each little fault patch recorded as one row, each row containing ten elements, "lon(deg) lat(deg) str(deg) dip(deg) dep(km) wid(km) leng(km) s_slip(m) d_slip(m) o_slip(m) ".

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