Update asan-known-issues.md

wording update

Author: TylerMSFT

docs/sanitizers/asan-known-issues.md

@@ -79,11 +79,11 @@ As a workaround, create a *`Directory.Build.props`* file in the root of your pro
 
 Thread local variables (global variables declared with `__declspec(thread)` or `thread_local`) aren't protected by AddressSanitizer. This limitation isn't specific to Windows or Microsoft Visual C++, but is a general limitation.
 
-## Custom code skipping normal function return sequences
+## Custom code skips normal function return sequence
 
-Using custom code / assembly to leave the current stack frame without the usual return mechanisms, such as a long jump or equivalent, is not supported and risks inducing false positives. 
+Using custom code or assembly language to leave the current stack frame without honoring the usual return mechanisms isn't supported. For example, leaving the current stack frame via a long jump may generate false positives. 
 
-A mitigation for this is to invoke [`__asan_handle_no_return()`](https://github.com/llvm/llvm-project/blob/ba84d0c8d762f093c6ef6d5ef5a446a42a8548a5/compiler-rt/include/sanitizer/asan_interface.h#L325-L330) prior to invoking your custom long jump-like procedure. This function clears all shadow bytes associated with the current thread's stack, which means losing some coverage (i.e. risk false negatives) but will allow your program to safely unwind the stack without running into false positives from stale stack shadow bytes.
+Instead, before invoking custom long jump-like code, call [`__asan_handle_no_return()`](https://github.com/llvm/llvm-project/blob/ba84d0c8d762f093c6ef6d5ef5a446a42a8548a5/compiler-rt/include/sanitizer/asan_interface.h#L325-L330) . This function clears all of the shadow bytes associated with the current thread's stack. This results in losing some coverage and introduces a risk of false negatives, but your program can then safely unwind the stack without running into false positives due to stale stack shadow bytes.
 
 ## Issues with partially sanitized executables