This paper examines the discursive means by which authors of scientific texts in the humanities and social sciences take a critical stance on the theses of their colleagues. Focusing on controversy rather than polemics, and using a corpus in French and English borrowed from Language Science, translation and didactics, the paper presents rhetorical figures and linguistic structures that maintain conversational propriety despite the emotionality of disagreement.
The presence of the Bible in the movies is a complex reality: besides direct interpretations of the stories from the Holy Scriptures, a number of films has been inspired by other cultural sources (passion-plays, arts, literature, music, other films). By reason of its subject and its non-religious origin, a biblical film is important for theologians: numerous audiovisual adaptations of the Gospel have raised the issues of the faithfulness of this particular kind of translation (transmediatization) of the Bible. A particular attention should be paid to Jesus-movies because of their impact on the audiences and very different ways of portraying of Jesus (from a relatively simple „historical" Jesus till elaborated Christ-figures).
This paper presents active inductor based VCO design for wireless applications based on analysis of active inductor models (Weng-Kuo Cascode active inductor & Liang Regular Cascode active inductor) with feedback resistor technique. Embedment of feedback resistor results in the increment of inductance as well as the quality factor whereas the values are 125.6@2.4GHz (Liang) and 98.7@3.4GHz (Weng-Kuo). The Weng-Kuo active inductor based VCO shows a tuning frequency of 1.765GHz ~2.430GHz (31.7%), while consuming a power of 2.60 mW and phase noise of -84.15 dBc/Hz@1MHz offset. On the other hand, Liang active inductor based VCO shows a frequency range of 1.897GHz ~2.522GHz (28.28%), while consuming a power of 1.40 mW and phase noise of -80.79 dBc/Hz@1MHz offset. Comparing Figure-of-Merit (FoM), power consumption, output power and stability in performance, designed active inductor based VCOs outperform with the stateof- the-art.