Numerical modeling of the 22-year variation of the cosmic ray intensity and anisotropyKADOKURA, A; NISHIDA, A.JGR. Journal of geophysical research. Part A, Space physics. 1986, Vol 91, Num 1, pp 1-11Article

The 22-year variation of geomagnetic activity : implications for the polar magnetic field of the SunRUSSELL, C. T; MULLIGAN, T.Geophysical research letters. 1995, Vol 22, Num 23, pp 3287-3288, issn 0094-8276Article

Annual and solar rotation periodicities in IMF components: Evidence for phase/frequency modulationTAKALO, J; MURSULA, K.Geophysical research letters. 2002, Vol 29, Num 9, pp 31.1-31.4, issn 0094-8276Article

Atomic beam deflection by coherent momentum transfer and the dependence on weak magnetic fieldsTHEUER, H; BERGMANN, K.The European physical journal. D, Atomic, molecular and optical physics (Print). 1998, Vol 2, Num 3, pp 279-289, issn 1434-6060Article

A high performance electrostatic positron beamBRUSA, R. S; KARWASZ, G. P; BETTONTE, M et al.Applied surface science. 1997, Vol 116, pp 59-62, issn 0169-4332Conference Paper

NONLINEAR ASTROPHYSICAL DYNAMOS: MULTIPLE-PERIOD DYNAMO WAVE OSCILLATIONS AND LONG-TERM MODULATIONS OF THE 22 YEAR SOLAR CYCLEYOSHIMURA H.1978; ASTROPHYS. J.; USA; DA. 1978; VOL. 226; NO 1; PP. 706-719; BIBL. 42 REF.Article

Wave driven non-linear flow oscillator for the 22-year solar cycleMAYR, Hans G; WOLFF, Charles L; HARTLE, Richard E et al.Geophysical research letters. 2001, Vol 28, Num 3, pp 463-466, issn 0094-8276Article

SOLAR LUMINOSITY AND THE SUNSPOT CYCLEDICKE RH.1979; NATURE; GBR; DA. 1979; VOL. 280; NO 5717; PP. 24-27; BIBL. 32 REF.Article

TWENTY-TWO YEAR MODULATION OF COSMIC RAYS ASSOCIATED WITH POLARITY REVERSAL OF POLAR MAGNETIC FIELD OF THE SUNNAGASHIMA K; MORISHITA I.1980; PLANET. SPACE SCI.; GBR; DA. 1980; VOL. 28; NO 2; PP. 195-205; BIBL. 37 REF.Article

Rigidity dependence of the 11-year variation of the cosmic ray intensity from 0.6 to 50 GV at the Earth in two 22-year cyclesLOCKWOOD, J. A; DEBRUNNER, H.Journal of geophysical research. 2002, Vol 107, Num A8, pp SSH5.1-SSH5.11, issn 0148-0227Article

Observations of the Sun's magnetic field during the recent solar maximumSANDERSON, T. R; APPOURCHAUX, T; HOEKSEMA, J. T et al.Journal of geophysical research. 2002, Vol 108, Num A1, pp SSH7.1-SSH7.10, issn 0148-0227Article

An experimental study of evaporation heat transfer of refrigerant HCFC22 inside an internally grooved horizontal tubeFUJII, T; KOYAMA, S; INOUE, N et al.JSME international journal. Series B, fluids and thermal engineering. 1995, Vol 38, Num 4, pp 618-627, issn 1340-8054Article

Long-term variability of solar magnetic fieldsTODD HOEKSEMA, J; SCHERRER, P. H.Advances in space research. 1988, Vol 8, Num 7, pp 177-183, issn 0273-1177Conference Paper

The Solar DynamoWEISS, N. O; THOMPSON, M. J.Space science reviews. 2009, Vol 144, Num 1-4, pp 53-66, issn 0038-6308, 14 p.Conference Paper

CYCLE DE 22 ANS DANS L'INTENSITE DES RAYONS COSMIQUES GALACTIQUESKRAJNEV MB; STOZHKOV YU I.1979; IZV. AKAD. NAUK SSSR, SER. FIZ.; ISSN 0367-6765; SUN; DA. 1979; VOL. 43; NO 12; PP. 2603-2608; BIBL. 18 REF.Article

ORIGIN OF THE TWENTY YEAR WAVE IN THE DIURNAL VARIATION.LEVY EH.sdIN: INT. COSMIC RAY CONF. 14; MUENCHEN; 1975; MUENCHEN; MAX PLANCK INST.; DA. S.D.; VOL. 4; PP. 1215-1220; BIBL. 16 REF.Conference Paper

22 year solar modulation of Earth's northern hemisphere temperaturesBARANYI, T; LUDMANY, A; COFFEY, H et al.Geophysical research letters. 1998, Vol 25, Num 13, pp 2269-2272, issn 0094-8276Article

Performance comparison of air source heat pump with R407C and R22 under frosting and defrostingLIU ZHIQIANG; LI XIAOLIN; WANG HANQING et al.Energy conversion and management. 2008, Vol 49, Num 2, pp 232-239, issn 0196-8904, 8 p.Article

IL-22 : A critical mediator in mucosal host defenseAUJLA, S. J; KOLLS, J. K.Journal of molecular medicine (Berlin. Print). 2009, Vol 87, Num 5, pp 451-454, issn 0946-2716, 4 p.Article

Influence of longitudinal electric field on the oscillating magnetocaloric effect of graphenesREIS, M. S.Solid state communications. 2013, Vol 161, pp 19-22, issn 0038-1098, 4 p.Article

Binary and ternary blends of R-134a as alternative refrigerants to R-22STEGOU-SAGIA, A; DAMANAKIS, M.Energy conversion and management. 2000, Vol 41, Num 13, pp 1345-1359, issn 0196-8904Article

A ¹³C N.M.R. study of some oxygenated hopane triterpenesWILKINS, A. L; RONALDSON, K. J; JAGER, P. M et al.Australian journal of chemistry. 1987, Vol 40, Num 10, pp 1713-1721, issn 0004-9425Article

Mit R123 die Treibhaus-belastung reduzieren! Vergleichende Betrachtung des Einsatzes der Kältemittel R717, R123 und R22 in einem Kaltwassersatz in bezug auf die Bildung von CO₂ = The greenhouse effect diminished with R123! Comparative study of the applications of refrigerants R717, R123 and R22 in a cold water installation in function of the CO₂ formationDÖRING, R.Die Kälte und Klimatechnik. 1992, Vol 45, Num 3, pp 140-142, issn 0343-2246Article

Mixed-refrigerant joule-thompson cryocooler driven by R22/R12 compressorLUO, E. C; ZHOU, Y; GONG, M. Q et al.Advances in cryogenic engineering. 1998, Vol 43, pp 1675-1678, issn 0065-2482, BConference Paper

Cleavage reaction of 5β,6β steroidal epoxides carrying different groups at C-3TEME CENTURION, O. M; GALAGOVSKY, L. R; GROS, E. G et al.Steroids. 1995, Vol 60, Num 7, pp 434-438, issn 0039-128XArticle