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OT J002656.6+284933 (CSS101212:002657+284933): An SU UMa-type dwarf nova with the longest superhump period the possibility that OT J002656.6+284933 has an anomalously undermassive secondary and it should have followed a

OT J002656.6+284933 (CSS101212:002657+284933): An SU UMa-type dwarf nova with the longest superhump period the possibility that OT J002656.6+284933 has an anomalously undermassive secondary and it should have followed a

Survey of period variations of superhumps in SU UMa-type dwarf novae. VIII. The eighth year (2015-2016)

Kato T., Hambsch F., Monard B., Vanmunster T., Maeda Y., Miller I., Itoh H., Kiyota S., Isogai K., Kimura M., Imada A., Tordai T., Akazawa H., Tanabe K., Otani N., Ogi M., Ando K., Takigawa N., Dubovsky P., Kudzej I., Shugarov S., Katysheva N., Golysheva P., Gladilina N., Chochol D., Starr P., Kasai K., Pickard R., De Miguel E., Kojiguchi N., Sugiura Y., Fukushima D., Yamada E., Uto Y., Kamibetsunawa T., Tatsumi T., Takeda N., Matsumoto K., Cook L., Pavlenko E., Babina J., Pit N., Antonyuk O., Antonyuk K., Sosnovskij A., Baklanov A., Kafka S., Stein W., Voloshina I., Ruiz J., Sabo R., Dvorak S., Stone G., Andreev M., Antipin S., Zubareva A., Zaostrojnykh A., Richmond M., Shears J., Dubois F., Logie L., Rau S., Vanaverbeke S., Simon A., Oksanen A., Goff W., Bolt G., Ebski B., Kochanek C., Shappee B., Stanek K., Prieto J., Stubbings R., Muyllaert E., Hiraga M., Horie T., Schmeer P., Hirosawa K.

using growing stages of superhumps, we now have a clearer and statistically greatly improved

Survey of period variations of superhumps in SU UMa-type dwarf novae. X. The tenth year (2017)

Kato T., Isogai K., Wakamatsu Y., Hambsch F.J., Itoh H., Tordai T., Vanmunster T., Dubovsky P.A., Kudzej I., Medulka T., Kimura M., Ohnishi R., Monard B., Pavlenko E.P., Antonyuk K.A., Pit N.V., Antonyuk O.I., Babina J.V., Baklanov A.V., Sosnovskij A.A., Pickard R.D., Miller I., Maeda Y., De Miguel E., Brincat S.M., Licchelli D., Cook L.M., Shugarov S.Y., Zaostrojnykh A.M., Chochol D., Golysheva P., Katysheva N., Zubareva A.M., Stone G., Kasai K., Starr P., Littlefield C., Kiyota S., Andreev M.V., Sergeev A.V., Ruiz J., Myers G., Simon A.O., Vasylenko V.V., Soldán F., Ögmen Y., Nakajima K., Nelson P., Masi G., Menzies K., Sabo R., Bolt G., Dvorak S., Stanek K.Z., Shields J.V., Kochanek C.S., Holoien T.W.S., Shappee B., Prieto J.L., Kojima T., Nishimura H., Kaneko S., Fujikawa S., Stubbings R., Muyllaert E., Poyner G., Moriyama M., Maehara H., Schmeer P., Denisenko D.

+2508145, and TCP J00332502-3518565. We obtained new mass ratios for seven objects using growing superhumps (stage A

Survey of period variations of superhumps in SU UMa-type dwarf novae. VIII. The eighth year (2015-2016)

Kato T., Hambsch F., Monard B., Vanmunster T., Maeda Y., Miller I., Itoh H., Kiyota S., Isogai K., Kimura M., Imada A., Tordai T., Akazawa H., Tanabe K., Otani N., Ogi M., Ando K., Takigawa N., Dubovsky P., Kudzej I., Shugarov S., Katysheva N., Golysheva P., Gladilina N., Chochol D., Starr P., Kasai K., Pickard R., De Miguel E., Kojiguchi N., Sugiura Y., Fukushima D., Yamada E., Uto Y., Kamibetsunawa T., Tatsumi T., Takeda N., Matsumoto K., Cook L., Pavlenko E., Babina J., Pit N., Antonyuk O., Antonyuk K., Sosnovskij A., Baklanov A., Kafka S., Stein W., Voloshina I., Ruiz J., Sabo R., Dvorak S., Stone G., Andreev M., Antipin S., Zubareva A., Zaostrojnykh A., Richmond M., Shears J., Dubois F., Logie L., Rau S., Vanaverbeke S., Simon A., Oksanen A., Goff W., Bolt G., Ebski B., Kochanek C., Shappee B., Stanek K., Prieto J., Stubbings R., Muyllaert E., Hiraga M., Horie T., Schmeer P., Hirosawa K.

using growing stages of superhumps, we now have a clearer and statistically greatly improved

Survey of period variations of superhumps in SU UMa-type dwarf novae. IX. the ninth year (2016-2017)

Kato T., Isogai K., Hambsch F., Vanmunster T., Itoh H., Monard B., Tordai T., Kimura M., Wakamatsu Y., Kiyota S., Miller I., Starr P., Kasai K., Shugarov S., Chochol D., Katysheva N., Zaostrojnykh A., Sekeráš M., Kuznyetsova Y., Kalinicheva E., Golysheva P., Krushevska V., Maeda Y., Dubovsky P., Kudzej I., Pavlenko E., Antonyuk K., Pit N., Sosnovskij A., Antonyuk O., Baklanov A., Pickard R., Kojiguchi N., Sugiura Y., Tei S., Yamamura K., Matsumoto K., Ruiz J., Stone G., Cook L., De Miguel E., Akazawa H., Goff W., Morelle E., Kafka S., Littlefield C., Bolt G., Dubois F., Brincat S., Maehara H., Sakanoi T., Kagitani M., Imada A., Voloshina I., Andreev M., Sabo R., Richmond M., Rodda T., Nelson P., Nazarov S., Mishevskiy N., Myers G., Denisenko D., Stanek K., Shields J., Kochanek C., Holoien T., Shappee B., Prieto J., Itagaki K., Nishiyama K., Kabashima F., Stubbings R., Schmeer P., Muyllaert E., Horie T., Shears J., Poyner G., Moriyama M.

are likely suppressed by a disk tilt. These four objects are excellent candidates to search for negative

Survey of period variations of superhumps in SU UMa-type dwarf novae. IX. the ninth year (2016-2017)

Kato T., Isogai K., Hambsch F., Vanmunster T., Itoh H., Monard B., Tordai T., Kimura M., Wakamatsu Y., Kiyota S., Miller I., Starr P., Kasai K., Shugarov S., Chochol D., Katysheva N., Zaostrojnykh A., Sekeráš M., Kuznyetsova Y., Kalinicheva E., Golysheva P., Krushevska V., Maeda Y., Dubovsky P., Kudzej I., Pavlenko E., Antonyuk K., Pit N., Sosnovskij A., Antonyuk O., Baklanov A., Pickard R., Kojiguchi N., Sugiura Y., Tei S., Yamamura K., Matsumoto K., Ruiz J., Stone G., Cook L., De Miguel E., Akazawa H., Goff W., Morelle E., Kafka S., Littlefield C., Bolt G., Dubois F., Brincat S., Maehara H., Sakanoi T., Kagitani M., Imada A., Voloshina I., Andreev M., Sabo R., Richmond M., Rodda T., Nelson P., Nazarov S., Mishevskiy N., Myers G., Denisenko D., Stanek K., Shields J., Kochanek C., Holoien T., Shappee B., Prieto J., Itagaki K., Nishiyama K., Kabashima F., Stubbings R., Schmeer P., Muyllaert E., Horie T., Shears J., Poyner G., Moriyama M.

are likely suppressed by a disk tilt. These four objects are excellent candidates to search for negative

Алгебры Ли и ассоциативные алгебры: учебное пособие

Корешков Н. А. (Николай Александрович), Скрябин С. М. (Сергей Маркович)

SDN Load Prediction Algorithm Based on Artificial Intelligence

Volkov A., Proshutinskiy K., Ateya A.A., Muthanna A., Koucheryavy A., Adam A.B.M.

Assessment of trace element and mineral levels in students from Turkmenistan in comparison to Iran and Russia

Kirichuk A.A., Skalny A.V., Schaumlöffel Dirk, Kovaleva I.A., Korobeinikova T.V., Kritchenkov A.S., Aschner Michael, Mansouri Borhan, Skalny A.A., Tinkov A.A.

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