Results for phillip translation from Arabic to English

phillip ezolt
phillip ezolt

594/1992, phillip
594/1992, phillip

" joel kurtzman and phillip gordon.
" joel kurtzman and phillip gordon.

in phillip buckner and john reid (eds.
in phillip buckner and john reid (eds.

* jones, phillip s. “the history of mathematical education”.
* jones, phillip s. “the history of mathematical education”.

phillip pettit, republicanism: a theory of freedom and government, claredon press, 1997.
philip pettit, republicanism: a theory of freedom and government, clarendon press, 1997.

دال- الرسالـــة رقـــم 594/1992، phillip v. trinidad and tobago (آراء صــادرة في 20
d. communication no. 594/1992, phillip v. trinidad and tobago (adopted on 20 october 1998,

howard, phillip h., handbook of environmental fate and exposure data for organic chemicals, vol. 3: pesticides.
howard, phillip h., handbook of environmental fate and exposure data for organic chemicals, vol. 3: pesticides.

financing energy smes: phillip larocco, harish hande, paul van aalst, ellen morris e+co's
financing energy smes: phillip larocco, harish hande, paul van aalst, ellen morris, e+co

* inferno programming with limbo by phillip stanley-marbell* threaded programming in the bell labs csp style* limbo on google directory
* inferno programming with limbo by phillip stanley-marbell* threaded programming in the bell labs csp style* .

216–221*phillip s. jones, jack d. bedient: "the historical roots of elementary mathematics".
216–221*phillip s. jones, jack d. bedient: "the historical roots of elementary mathematics".

* mason, phillip "year of decision: rhodesia and nyasaland in 1960" (oxford university press, 1961).
* mason, phillip "year of decision: rhodesia and nyasaland in 1960" (oxford university press, 1961).

* "introduction to modern cryptography" by phillip rogaway and mihir bellare, a mathematical introduction to theoretical cryptography including reduction-based security proofs.
* "introduction to modern cryptography" by phillip rogaway and mihir bellare, a mathematical introduction to theoretical cryptography including reduction-based security proofs.