Progress in numerical algorithms and available computing resources turned solving the non linear implicit parameter equations to a pretty much'common' task, which has been tackled by various authors and companies with results proving the Vonnegut restriction is no longer valid for the spinning drop method.
The results are proving the Vonnegut restriction is no longer valid for the spinning drop method. Progress in numerical algorithms and available computing resources turned solving the non linear implicit parameter equations to a pretty much'common' task, which has been tackled by various authors and companies.
Progress in numerical algorithms and available computing resources turned solving the non linear implicit parameter equations to a pretty much'common' task, which has been tackled by various authors and companies. The results are proving the Vonnegut restriction is no longer valid for the spinning drop method.
Progress in numerical algorithms and available computing resources turned solving the non linear implicit parameter equations to a pretty much'common' task, which has been tackled by various authors and companies. The results are proving the Vonnegut restriction is no longer valid for the spinning drop method.