Sentence examples for and derivative in a from inspiring English sources

Users can see their portfolio's predicted response to a "tapering" of the Federal Reserve's asset-buying programme or to the onset of a global flu pandemic.The aim is not just to figure out how each stock, bond and derivative in a portfolio would move.

In this paper, we further investigate the value distribution of a meromorphic function and its derivative in an angular domain concerning multiple values and small functions and obtain some inequalities of meromorphic functions in an angular domain as follows.

To provide this information, the present study was designed to investigate the effects of testosterone and its derivative in an ischemia/reperfusion injury model.

Increased interest in fullerene C60 and derivatives in recent years implies an intensification of their environmental spread.

For a border steady state, coming back to the second order model, we would have a continuous heteroclinic connection between 0 and 1 having infinite derivative in a point.

We demonstrated the effective structural control of the conjugation length and various donor moieties using thiophene and selenophene derivatives in a regular terpolymer system and compared the properties with two copolymers of PDPP-SS and PDPP-TT.

Organic solar cells (OSCs) mostly employ bulk heterojunction (BHJ) device structure in which the photoactive blend comprises an electron-donating polymer and an electron-accepting fullerene derivative in a pattern of nanoscaled interpenetrating networks.

The purpose of this study was to compare the virulence of the PVL-positive strain USA300 and its isogenic pvl-negative derivative in a rabbit model of acute osteomyelitis.

Both levels are coupled by a resource constraint and exchange derivatives in a mathematically consistent manner.

This paper describes the synthesis of polyphosphonates from the reaction of phenylphosphonic dichloride (PPD) with bisphenol AF (BPAF) and its derivatives in a chlorinated hydrocarbon solvent under low temperature conditions.

The basic idea is to reduce the total number of degrees of freedom significantly, utilizing global shape functions like buckling modes and path derivatives in a so-called Rayleigh Ritz approach.