All known hadrons could be built up out of u, d and s quarks. Each of the quark flavors had the same strong interactions (now thought to be mediated by color SU(3) gauge gluons) but differed in mass and in weak and electromagnetic properties....
Recompute the IOU, making sure we don’t merge infinitely Go back to step 3 and continue until we find that further merges aren’t possible Repeat the process with other groups In the end, you should see boxes enveloping the detected objects. ...
You can also now obtain, as a structure array, the continuous wavelet transform (CWT) filter bank parameters the wsst function uses to compute the wavelet synchrosqueezed transform. To analyze filter bank properties such as the filter frequency responses, you can use the parameters to create a ...
It is difficult to compute distances effectively without the use of APIs since you would require access to large geographic datasets and algorithms for calculating distances based on addresses. APIs offer a more convenient and dependable solution. Are there any Excel add-ins or plugins for calculatin...
However, the above formulation assumes that your data are even. I would go further and try to pad your time data with zeros to next power of 2 (i.e., above is 2^10). Let me know if you have questions about doing that.Depending...
In the table below, the ISV3 Err column is the relative error of ISV3 with respect to the base case (row 1). Phase-angle errors are introduced in phase B phase angleαB. The table shows that a 0.5° phase-angle error contributes about 1% error in the vector sum measurement under t...
NASA has an online applet to show how the lift equation impacts the flight of aircraft. This is based off a lift coefficient calculator, and you can use it to set different values of velocity, angle that the airborne object takes with respect to the ground and the surface area that the ...
In this review, we discuss computational methods to study condensed matter systems and processes occurring in this phase. We begin by laying down the theor
To compute the rotation matrix, one needs to know or measure at least two vectors in each coordinate frame. These vectors could be anything including velocity, rotation rates, etc., as long as they are non-collinear (i.e., not parallel). It is possible to use a single vector, but then...
TheRotating Machinery, Magneticinterface solves Maxwell’s equations to compute the distribution of the electromagnetic field. Most quantities of interest (e.g., the applied torque) can be computed once the fields are known. In time-dependent analyses, the interface applies the quasistatic approximati...