Nanotechnology Perceptions
 

Abstracts
 


Abstracts are provided at the discretion of the author, and are available for the following articles:

Vol. 18(2):

Thomas (p. 89) Modeling the epidemic of the Covid-19 omicron variant in England (full paper)

Vol. 18(1):

Aguado-Cortes & Castaño (p. 16)

Sharma et al. (p. 36)

Nigam et al. (p. 46) In-vitro investigations of baclofen-loaded PLGA nanoparticles (full paper)

Kaur & Dang (p. 53) Development of a nanoemulsion loaded with naringenin (full paper)

Gomathi & Shaby (p. 64) Performance analysis of a MEMS cantilever beam (full paper)

Ramsden (p. 70)

Vol. 17(3):

Mamalis (p. 183)

Kalandadze et al. (p. 197)

Thomas (p. 204)

Thomas (p. 229)

Shah et al. (p. 251)

Vol. 17(2):

Kosior & Mitchell (p. 116)

Mathan et al. (p. 126)

Borgohain & Kumar (p. 134)

Ahmad (p. 141)

Vol. 17(1):

Kochetov et al. (p. 9)

Manghani (p. 19)

Huang et al. (p. 23)

Thomas (p. 30) Vaccine-mediated exit strategies from England's Covid-19 lockdown (full paper)

Mamalis & Romashov (p. 74)

Vol. 16(3):

Reflexions on lockdown (editorial)

Szalay et al. (p. 254)

Dobromyslov et al. (p. 261)

Thomas (p. 267) Measuring and controlling the Covid-19 pandemic (full paper)

Jameson(p. 331)

Nadareishvili et al. (p. 336)

Vol. 16(2):

Taxation and economic recovery (editorial)

Thomas (p. 100) The length and severity of the coronavirus recession estimated from the dynamics of relaxing lockdown (full paper)

Thomas (p. 130) The options for the UK leaving the coronavirus lockdown of 2020 (full paper)

Stahel (p. 151)

Lysenko et al. (p. 169)

Al-Nerabieah et al. (p. 180) Preparation and characterization of a novel biological nanosilver fluoride synthesized using green tea extract (full paper)

Prikhna et al. (p. 187)

Romashov et al. (p. 202)

Chubraeva & Timofeyev (p. 209)

Chubraeva et al. (p. 215)

Gevorkyan et al. (p. 221)

Ramsden (p. 228), On the immunization criterion for Covid-19 (matters arising)

Vol. 16(1):

COVID-19 (editorial)

Thomas (p. 16) J-value assessment of how best to combat COVID-19 (full paper)

Ido et al. (p. 41)

Shainidze et al. (p. 52)

Taran et al. (p. 56)

Holt (p. 64)

All papers relating to COVID-19 are freely accessible for the duration of the pandemic.

Vol. 15(3):

Kitayama & Kondo (p. 212)

Kasuga et al. (p. 220)

Okada et al. (p. 227)

Chikhradze et al. (p. 238)

Barbakadze et al. (p. 243)

Jabua et al. (p. 257)

Vol. 15(2):

Taran et al. (p. 121)

Kundrák et al. (p. 131)

Sharma et al. (p. 143) Physicochemical characterization of the inclusion compounds of eugenol and β-caryophyllene in β-cyclodextrin (full paper)

Kanyal et al. (p. 150) Production cross-section of 53Mn via different reaction channels (full paper)

Himanshi & Joshi (p. 162) Shape- and dimension-dependent study of volume thermal expansion of nanomaterials (full paper)

Mishra et al. (p. 168) Effect of CNT doping on optical properties of Cu5Se75Ge10In10 glassy alloys (full paper)

Pandit et al. (p. 174) Comparing the thermal performance of ancient buildings and modern-style housing constructed from local and modern construction materials (full paper)

Singh et al. (p. 183) Flexible planar asymmetric supercapacitor using synthesized few-layer graphene and activated carbon from biomass for wearable energy storage (full paper)

Sharma & Raj (p. 189) Comparative thermal analysis of an advanced ceramic-coated piston in a spark ignition engine (full paper)

Vol. 15(1):

Taran et al. (p. 13)

Tvalchrelidze & Kervalishvili (p. 21)

Monastyrov et al. (p. 48)

Kumar et al. (p. 58)

Puspitasari et al. (p. 65)

Marshallsay (p. 72)

Vol. 14(3):

Ramsden et al. (p. 159)

Taran et al. (p. 167)

Marshallsay (p. 179)

Vol. 14(2):

Thomas (p. 69)

Summers (p. 80)

Ramsden (p. 90)

Basuki et al. (p. 99)

Marshallsay (p. 109)

Vol. 14(1):

Holland (p. 8)

Ramsden (p. 26)

Sharma et al. (p. 38)

Vol. 13(3):

Ramsden (p. 151)

Tong (p. 161)

Wedderburn-Ogilvy (p. 182)

Inson (p. 190)

Bakhtiari et al. (p. 203)

Vol. 13(2):

Smith (p. 116)

Holland (p. 123)

Vol. 13(1):

Sullivan & Rafi (p. 5)

Thomas (p. 17)

Thomas (p. 31)

Holt (p. 45)

Pearce (p. 55)

Summers & Wheatcroft (p. 61)

Ramsden (p. 69)

Vol. 12(3):

Leng et al. (p. 153)

Jones (p. 165)

Gogsadze et al. (p. 173)

Vol. 12(2):

Cannon (p. 73)

Watanabe (p. 100)

Vol. 12(1):

Spentzas (p. 17)

Ramsden (p. 35)

Vol. 11(3):

Holland (p. 136)

Ramsden (p. 146)

Cross (p. 169)

Vol. 11(2):

Tvalchrelidze & Kervalishvili (p. 88)

Holland (p. 106)

Vol. 11(1):

Hofmann (p. 5)

Holt (p. 20)

Azamat & Kunal (p. 27)

Auyang (p. 31)

Vol. 10(3):

Sofronov et al. (p. 154)

Holland (p. 164)

Ramsden (p. 173)

Vol. 10(2):

Khuchua et al. (p. 91)

Maltini (p. 100)

Vol. 10(1):

McGovern (p. 24)

Qiu et al. (p. 29)

Grabchenko et al. (p. 42)

Tayyab et al. (p. 54)

Holt (p. 61)

Vol. 9(3):

Papageorgiou et al. (p. 147)

Rudchenko et al. (p. 159)

Fursey (p. 167)

Mamalis et al. (p. 187)

Suhaimee et al. (p. 198)

Vol. 9(2):

Platts (p. 91)

Emsley (p. 96)

Ramsden (p. 102)

Ramsden (p. 119)

Vol. 9(1):

Nishino (p. 6)

Stammers et al. (p. 16)

Holland (p. 28)

Gogsadze et al. (p. 57)

Ramsden & Kiss-Haypál (p. 71)

Vol. 8(3):

Grabchenko et al. (p. 171)

Miao et al. (p. 181)

Malin (p. 190)

Holt (p. 195)

Vol. 8(2):

Nanoscience through Engineering to Application (p. 91)

Ramsden (p. 99)

Mamalis et al. (p. 132)

Holt (p. 139)

Dietiker et al. (p. 149)

Vol. 8(1):

Theil (p. 7)

Feitshans (p. 17)

Faulkner & Shu (p. 35)

Minelli & Clifford (p. 59)

Saniotis (p. 76)

Vol. 7(3):

Mamalis et al. (p. 159)

Parnell (p. 180)

Terekhov (p. 188)

Ly et al. (p. 199)

Mamalis et al. (p. 218)

Vol. 7(2):

Kelly (p. 79)

Hunt & Riediker (p. 82)

Holland (p. 99)

Groves et al. (p. 141)

Vol. 7(1):

Hawkes (p. 3)

Kervalishvili et al. (p. 21)

Ramsden (p. 28)

Gogua et al. (p. 67)

Vol. 6(3):

Yarime (p. 143)

McGovern (p. 154)

Ramsden (p. 176)

Maitra (p. 193)

Vol. 6(2):

Groves (p. 85)

Bowen (p. 95)

Holt (p. 121)

Vol. 6(1):

Kumar & Ando (p. 7)

Himes et al. (p. 29)

Lysenko et al. (p. 41)

Wolff & Dér (p. 51)

Ramsden (p. 57)

Vol. 5(3):

Cubillos-Ruiz et al. (p. 195)

Bándi (p. 205)

Ankrah & Søgaard (p. 209)

Vol. 5(2):

Iles (p. 121)

Holt (p. 135)

van Oss & Giese (p. 147)

Ramsden (p. 151)

Vol. 5(1):

Ramsden & Freeman (p. 3)

Berezin (p. 27)

Toth-Fejel (p. 37)

Bird & Mourokh (p. 61)

Hodgkinson et al. (p. 71)

Hodgkinson et al. (p. 83)

Vol. 4(3):

Crettaz von Roten (p. 215)

Lubik & Garnsey (p. 249)

Lähderanta et al. (p. 249)

Butkhuzi et al. (p. 257)

Wieczorowski et al. (p. 265)

Politi & O'Brien (p. 289)

Vol. 4(2):

Toth-Fejel (p. 113)

Furdyna et al. (p. 135)

Shlimak (p. 147)

Avetisyan et al. (p. 155)

Aronzon (p. 165)

Monastyrov et al. (p. 179)

Vol. 4(1):

Tavkhelidze et al. (p. 25)

Bibilashvili et al. (p. 29)

Zardas et al. (p. 35)

Minashvili et al. (p. 43)

Vol. 3(3):

Janssens-Maenhout (p. 183)

Vol. 3(2):

Dunn (p. 177)

Vol. 2(3):

Kostoff et al. (p. 229)

de Haan (p. 267)

Vol. 1(2):

Mamalis et al. (p. 79)

Calis et al. (p. 89)

Vol. 1(1):

Mamalis et al. (p. 31)