Chiah Wilder is the author of the successful Insurgents MC series. Chiah's love of bad boys has inspired her Insurgents series. She loves an alpha male whose softer side is brought out by a passionate, spirited woman. Steamy, biker romances with rough, sexy bad boys are her guilty pleasure along with brownies, cheddar cheese, and movie marathons.

与台湾的区别是，马来西亚和新加坡（以下简称“马新”）的拼写显得更加混乱，而且台湾多数是参照 罗马拼音，马新的华人拼写就更加复杂，甚至同一个家族的姓氏也会出现不同的拼写。 由于汉语拼音方案是在中华人民共和国建立后推行的，再加上当初的马来西亚华人多数不会华语（普通话），二战后就推行国民登记的马来西亚华人没机会使用这套方案。 所以马来西亚华人的姓氏完全是根据登记官所理解的拼写，加上自己的方言。 比如姓陈的福建人发音tan（汉语拼 …

Chiah Wilder is the author of the successful Insurgents MC series. Chiah's love of bad boys has inspired her Insurgents series. She loves an alpha male whose softer side is brought out by a passionate, spirited woman.

"I'm not strong enough for this." "I am. Lean on me. I'll carry you through." Online shopping from a great selection at Kindle Store Store.

Chiah Wilder has 35 books on Goodreads with 78786 ratings. Chiah Wilder’s most popular book is Hawk's Property (Insurgents MC #1).

Two souls intricately intertw… Hawk's Property (Insurgents MC #1), Jax's Dilemma (Insurgents MC #2), Chas's Fervor (Insurgents MC #3), Axe's Fall (Insurgents MC #4), Banger's Ride (In...

Chiah Wilder writes about rough, sexy men who know how to treat their women. Always a lover of books, she began writing at a young age and continued through college with collections of short stories. Figuring she had to grow up and get a “real” job, …

When is gold an effective hedge against inflation? Which model best explains the returns of large Australian stocks? Overnight returns, daytime reversals, and future stock returns: Is China...

2015年10月26日 · Chiah's love of bad boys has inspired her Insurgents series. She loves an alpha male whose softer side is brought out by a passionate, spirited woman. Steamy, biker romances with rough, sexy bad boys are her guilty pleasure along with brownies, cheddar cheese, and movie marathons.

In Situ Construction of Fuzzy Sea‐Urchin ZnIn 2 S 4 /W 18 O 49: Leveraging Interfacial Z‐Scheme Redox Sites toward Cooperative Electron–Hole Utilization in …