Power politics and energy trade

The Himalayan divide In early October, the Indian Government declared its intention to sign the Paris Climate deal. By ratifying the agreement on October 2nd, India will always be remembered as a key country that helped push the global climate deal into force. Still, the work of limiting greenhouse gas emissions at a time where the country is growing and modernising rapidly is a colossal task; the burden of which will squarely fall on the power sector

Cheaper, cleaner, more reliable: why invest in cross-border power-trading

Despite improvements to energy supply over the years, many Indian states still face frequent power shortages. Meanwhile, neighboring Nepal and Bhutan have large reserves of untapped hydro power with the potential to meet unserved demand for energy in major load centres. Investing in interconnections could also contribute to significant reductions in CO2 emissions. Today’s blog quantifies potential gains from an integrated South Asian power

Mnogofraktalnost i tvorba sporih čestica u sudarima 24Mg–AgBr na energiji 4.5 AGeV

We investigated the multifractality of target fragments of 24Mg-AgBr interaction at low energy (4.5 AGeV) in emission angle phase space, using a new method as proposed by Takagi. The analysis involves the step of measuring the generalised dimension Dq, which in turn deducts the multifractal behaviour of target fragments. We also determine the multifractal specific heat.Istražujemo mnogofraktalnost izlaznih sporih čestica u sudarima 24Mg–AgBr na niskoj energiji (4.5 AGeV) u faznom prostoru kuta emisije, primjenom nove metode koju je predložio Takagi. U analizi se određuje poopćena dimenzija Dq iz koje se izvode mnogofraktalna svojstva izlaznih čestica. Također izvodimo mnogofraktalnu specifičnu toplinu

Mnogofraktalnost i tvorba sporih čestica u sudarima 24Mg–AgBr na energiji 4.5 AGeV

We investigated the multifractality of target fragments of 24Mg-AgBr interaction at low energy (4.5 AGeV) in emission angle phase space, using a new method as proposed by Takagi. The analysis involves the step of measuring the generalised dimension Dq, which in turn deducts the multifractal behaviour of target fragments. We also determine the multifractal specific heat.Istražujemo mnogofraktalnost izlaznih sporih čestica u sudarima 24Mg–AgBr na niskoj energiji (4.5 AGeV) u faznom prostoru kuta emisije, primjenom nove metode koju je predložio Takagi. U analizi se određuje poopćena dimenzija Dq iz koje se izvode mnogofraktalna svojstva izlaznih čestica. Također izvodimo mnogofraktalnu specifičnu toplinu

Multifractality and multifractal specific heat in fragmentation process in

We have investigated the multifractality of target fragments of 24Mg-AgBr interaction at low energy (4.5AGeV) using a new method as proposed by Takagi. The analysis involves the step of measuring the generalised dimension Dq, which in turn, deduce the multifractal behaviour of target fragments. Ultimately we determine multifractal specific heat. A comparison with other data is also done.Author Affiliation: Dipak Ghosh, Argha Deb, Keya Dutta (Chattopadhyay), Rinku Sarkar, Ishita Dutta and Mitali Mondal 1.Nuclear and Particle Physics Research Centre, Department of Physics, Jadavpur University, Kolkata-700 032, India E-mail : [email protected] and Particle Physics Research Centre, Department of Physics, Jadavpur University, Kolkata-700 032, Indi

How Engineers Really Think About Risk: A Study of JPL Engineers

25th International Forum on COCOMO and Systems/Software Cost Modeling presentatio