

JA3 SSL client fingerprint seen in connection with other malware Source: C:\Users\u ser\AppDat a\Local\Pr ograms\lun arclient\L unar Clien t.exeįile opened: C:\Users\u ser\AppDat a\Local\Pr ograms\lun arclient\r esourcesįile opened: C:\Users\u ser\AppDat a\Local\Pr ogramsįile opened: C:\Users\u ser\AppDat a\Local\Pr ograms\lun arclientįile opened: C:\Users\u ser\AppDat a\Local Source: C:\Users\u ser\Deskto p\lunar.ex eĬode function: 1_2_004059 CC GetTemp PathW,Dele teFileW,ls trcatW,lst rcatW,lstr lenW,FindF irstFileW, FindNextFi leW,FindCl ose,Ĭode function: 1_2_004065 FD FindFir stFileW,Fi ndClose,Ĭode function: 1_2_004028 68 FindFir stFileW, The joint statement released by India and US reads, "In this context, both sides remain committed to a comprehensive UN reform agenda, including through expansion in permanent and non-permanent categories of membership of the UN Security Council.Contains functionality to enumerate / list files inside a directory President Biden reiterates US support for India's permanent membership in UNSC, NSG WATCH: PM Modi receives Guard of Honour in Cairoĭuring his two-day June 24 to 25 State visit, he will hold a roundtable meeting with the Egyptian PM and also meet President El-Abdel Sisi The Opposition has, however, expressed distrust over the chief minister of Manipur Patra said that all the parties made suggestions at the meeting while keeping their political differences aside. 'Amit Shah has assured peace in Manipur soon': BJP spokesperson Sambit Patra after all-party meeting In an audio message, Yevgeny Prigozhin said that his army would return to their bases owing to the risk of blood being spilled Wagner mercenaries retrace steps from Moscow to 'avoid splling of blood' Follow us on Facebook, Twitter and Instagram. Read all the Latest News, Trending News, Cricket News, Bollywood News, “Numerical simulations of the dark side of plasma environment using a 3-dimensional Lunar Ionospheric Model (3D-LIM) developed at SPL that the production of ions by charge exchange reactions may play a pivotal role in producing a significantly large plasma density in the Lunar wake region, which can sustain for a longer period,” ISRO said in a statement.

These have a comparatively longer lifetime than the molecular ions of carbon dioxide and water dominant in other regions. The experts also noted that argon and neon are the dominant ions in the wake region. These results further confirm recent predictions from the theoretical model for the lunar ionosphere,” the paper concluded. “These observations are unique in nature as they show post-sunset enhancements in the iEDPs compared to dayside, as reported by earlier missions. The findings have been published in the journal Monthly Notices of the Royal Astronomical Society- Letter. ISRO said that simultaneous measurements by two coherent radio signals helps mitigate the effect of Earth’s atmosphere and any uncertainties due to various sources during the experiments.Ī total of 12 such radio occultation experiments were conducted in campaign mode on four different occasions. These are transmitted from Chandrayaan-2 orbiter and received by the ground station at Byalalu, Bengaluru, to explore lunar plasma ambiance using the radio occultation (RO) technique. The DFRS uses two coherent signals in S-band (2240 MHz) and X-band (8496 MHz) of radio frequencies. "In the wake region, neither the solar radiation nor the solar wind interacts directly with the available neutral particles, but still, the plasma is getting generated", ISRO said in its statement. The measurements made using DFRS have shown that the moon’s ionosphere has a plasma density of 104 per cubic centimetre in the wake region, which is at least one order of magnitude more than that present on the day side. The discovery opens new possibilities in understanding the lunar dark side plasma environment. Using the technology, Chandrayaan-2 has discovered that the moon’s ionosphere has a plasma density in the wake region, which is at least one order of magnitude more than what is present on the day side.

The DFRS has played a significant role in the latest discovery.
