One-Click Buy: February Silhouette Desire by Tessa Radley,Brenda Jackson,Katherine Garbera,Day Leclaire,Barbara Dunlop released on Feb 1, 2008 is available now for purchase.
Wild Desire: February
β Scribed by Mari Carr
- Year
- 2019
- Tongue
- English
- Weight
- 142 KB
- Category
- Fiction
No coin nor oath required. For personal study only.
β¦ Synopsis
Ailis couldn't be more dissimilar from rock star Hunter. Quiet to his loud, calm to his frantic, bookish to his street smart; they have no common ground. Except for the fact that Ailis's boyfriend just ran away with Hunter's fiancee.
With one impulsive kiss, opposites suddenly attract. Ailis's feelings toward Hunter turn to serious lustβ¦and more. But falling for a musician isn't a good idea. Fame comes with a price, one she isn't sure she's ready to pay.
π SIMILAR VOLUMES
In 1982, the oil rig Ocean Ranger sank off the coast of Newfoundland during a Valentine's night storm. In the early hours of the next morning, all 84 men aboard died. Lisa Moore places this terrifying historical event at the heart of her novel about grief and its devastating effect on a community. H
**Winner of Canada Reads 2013 and longlisted for the Man Booker Prize** In 1982, the oil rig Ocean Ranger sank off the coast of Newfoundland during a Valentine's Day storm. All eighty-four men aboard died. February is the story of Helen O'Mara, one of those left behind when her husband, Cal, drowns
February is Lisa Moore's heart-stopping follow-up to her debut novel, Alligator, winner of the Commonwealth Writers' Prize for the Caribbean and Canadian region. Propelled by a local tragedy, in which an oil rig sinks in a violent storm off the coast of Newfoundland, February follows the life of Hel
We report the design and methodology for functionalization of the surface of small Co-ferrite nanoparticles with a mean size of up to 5.0 nm through the attachment of vitamin C molecules initiating [AuCl4]- reduction and the subsequent deposition of gold. By this method, Co-ferrite-Au nanoparticles
We report the design and methodology for functionalization of the surface of small Co-ferrite nanoparticles with a mean size of up to 5.0 nm through the attachment of vitamin C molecules initiating [AuCl4]- reduction and the subsequent deposition of gold. By this method, Co-ferrite-Au nanoparticles