Serhiy Prokopenko

Hebei DSF-GEOS Technology Co., Ltd, China

Geopolariton tomography technology is a passive geophysical method that uses nonequilibrium geopolariton radiation of the Earth to explore the stress-strain state of rocks. The use of technology makes it possible not only to assess the prospects of a mining area at the design stage of work but also to control the safety of mining operations by moni...

1 .本外观设计产品的名称：电磁信号屏蔽仓。 2 .本外观设计产品的用途：屏蔽电磁信号。 3 .本外观设计产品的设计要点：在于形状与图案的结合。 4 .最能表明设计要点的图片或照片：立体图。

本发明提供的一种大地极化激元辐射的测 量方法及测量装置，通过通过步骤1预设数据量 阈值，并接收大地极化激元的辐射信号；步骤2预 设筛选阈值，筛选位于筛选阈值范围内的辐射信 号；步骤3判定筛选出的辐射信号的数据量是否 位于数据量阈值范围内，如果是，则同时采集全 球大地坐标，并将所述全球大地坐标与数据量阈 值范围内的辐射信号匹配；如果否，则调整筛选 阈值范围，重复执行步骤2‑3，直至将需要的范围 的有用信号分离出来，从而实现将有用的信号可 以从噪声中分离出来，使得后续处理的数据量大 大减少，得到更精准有用的信号进行分析运算， 大大提高数据处理效率，且最终测量定位等结果 更加精准。

本发明公开了一种大地极化激元辐射的接 收装置及分析系统，包括信号接收模组，所述信 号接收模组包括：用于接收大地极化激元辐射的 磁性天线；用于屏蔽杂质信号的屏蔽罩，所述磁 性天线设置在所述屏蔽罩内部，所述屏蔽罩的内 外两侧表面均设置有若干第一铜箔条。通过在屏 蔽罩的内外两侧表面均设置有若干第一铜箔条， 使得屏蔽罩和线圈之间的电容耦合降低，从而提 高接收天线的有效高度（天线输入灵敏度），抑制 各种人为、工业、雷暴等信号的干扰，使得后期分 析信号的效率和准确度提高，从而使得地质矿产 资源勘探,自然灾害预测监测等精准度大大提 高。

The invention provides a method for measuring geopolariton radiation and a measuring device for measuring geopolariton radiation, which is passed through stage 1 to set the first threshold value of the data volume and receive a signal of geopolariton radiation; stage 2 to set the second threshold value. The radiation signal located in the window of...

The invention discloses a receiving device and a system for analyzing geopolariton radiation, which contains a signal reception module, the signal reception module contains: a magnetic antenna for receiving geopolariton radiation, a protective cover for shielding impurity signals, a magnetic antenna is located inside the protective cover, and the i...

An innovative technology for monitoring fire preparation zones in sections and dumps is presented. The technology uses a low-frequency range (1-100 kHz) aerial survey of Earth's natural electromagnetic radiation. The survey is performed with a geopolariton tomography equipment mounted on a multi-rotor unmanned aerial vehicle (UAV). A hardware and s...

The hardware part of the GPTS platform is represented by a passive remote geophysical scanner "DSF16C" and the software products "Points Remover", "DSF16", "LSpectr", "MODE" for data processing and interpretation. The platform provides profiling of speed (material) sections and their geometric representation. The field of application is the study o...

大地极化激元层析成像技术是对地球内部电磁扰动进行探测的一种被动源地球物理勘查现代技术。基于此技术的仪器及配套的分析解译软件,可被应用于地质矿产资源勘探、自然灾害预测监测、工程地质勘查及监测等重要领域,是一项应用领城广、工作方法灵活、测量成本低、高效且高机动性的被动源电磁物探技术,可实现由浅凑到地核深度上的地质体探测及定位,为深部空间探索探测计划提供科学研究依据。

Passive radar remote sensing of the centers of destruction of natural-technical systems in a wide range of wavelengths is a scientific and technical direction, which allows to obtain qualitatively new information about the stress-strain state of objects immersed in the geological environment. Schemes and principles for the analysis of the interacti...

A search was made for suprasalt and subsalt formations of oil. Received models of the deep structure (speed and geological) to a depth of 60 km. Geopolariton survey of the Earth was used to build high-speed sections of geological profiles. The studies were conducted as part of a joint agreement with the company “Kazakhstankaspiyshelf” JSC.

Зафиксировано существование «газовой трубы» и мощного подводящего углеводородного канала пассивным геофизическим сканером «DSF» с борта морского судна. Построен томографический разрез с применением фрактального анализа. По разрезу выявлено наличие газовых карманов на глубинах 2000 m - 3500 м, разгрузка из которых и обуславливает подток газа из боле...

Сканер характеризуется высокой чувствительностью; быстродействием; широким диапазоном рабочих частот (от 1 кГц до 50 кГц; широким диапазоном рабочих температур (от-30°С до +60°С); малыми габаритами электронных блоков (100х100х70мм и 160х100х65мм); небольшим весом (не более 3 кг).

Приведены весомые аргументы для пересмотра необоснованной оценки бесперспективности Бахмутской котловины из-за низкого углеводородного потенциала пород осадочного чехла. Применение инновационных технологий (метод ГПЗ) ускорит процесс геологического изучения огромных территорий, обнаружения и оконтуривания залежей углеводородов.

В условиях дефицита средств на бурение глубоких скважин специалисты обращают внимание на различные наукоемкие методические приемы анализа геолого-геофизической информации. Сегодня хорошо известны большие возможности новых технологий, которые были изначально разработаны и запатентованы в 2004 году (Алешин, Богданов, 2004, Шуман, 2008), как пассивно...

It is well known that the Earth radiates electromagnetic waves in a wide frequency diapason and characteristics of this radiation are changed from point to point along the route of measurements. It was shown that these changes are practically independent on the external influences such as ionosphere and technogenious impacts (or can be refined from...

Complementing the existing data from various geophysical methods of investigating near-surface structures (the electrical resistivity and the georadar method) of the Thracian tumuli near the village of Sveshtari, in the Sboryanovo National Reserve(Gergova, Katevski 2008 374-379), detailed measurements of the natural electromagnetic radiation of the...