diff --git a/Sources/OneWay/PropertyWrappers/CopyOnWrite.swift b/Sources/OneWay/PropertyWrappers/CopyOnWrite.swift
index 881b685..46e5c4b 100644
--- a/Sources/OneWay/PropertyWrappers/CopyOnWrite.swift
+++ b/Sources/OneWay/PropertyWrappers/CopyOnWrite.swift
@@ -5,14 +5,16 @@
 //  Copyright (c) 2022-2024 SeungYeop Yeom ( https://github.com/DevYeom ).
 //
 
-/// A property wrapper that allows for an easy way to eliminate the cost of copying large values
-/// adopt copy-on-write behavior.
+/// A property wrapper that facilitates the use of copy-on-write semantics to eliminate the cost of
+/// copying large values.
 ///
-/// When applied to a field, the corresponding value will always be heap-allocated. This happens
-/// because this wrapper is a class and classes are always heap-allocated. Use of this wrapper is
-/// required on large value types because they can overflow the Swift runtime stack.
+/// When applied to a field, the corresponding value will always be heap-allocated because this
+/// wrapper uses a class, and classes in Swift are always allocated on the heap. This is especially
+/// useful for large value types, as it prevents stack overflow by ensuring the value is managed on
+/// the heap instead of the stack. Additionally, the copy-on-write behavior helps avoid unnecessary
+/// copying when the value is not modified, improving performance.
 ///
-/// - SeeAlso: [Advice: Use copy-on-write semantics for large values](https://github.com/apple/swift/blob/main/docs/OptimizationTips.rst#advice-use-copy-on-write-semantics-for-large-values)
+/// - SeeAlso: [Advice: Use copy-on-write semantics for large values](https://github.com/swiftlang/swift/blob/swift-6.0-RELEASE/docs/OptimizationTips.rst#advice-use-copy-on-write-semantics-for-large-values)
 @propertyWrapper
 public struct CopyOnWrite<Value> {
     fileprivate final class Reference {
diff --git a/Sources/OneWay/PropertyWrappers/Ignored.swift b/Sources/OneWay/PropertyWrappers/Ignored.swift
index 9024c4c..cf64546 100644
--- a/Sources/OneWay/PropertyWrappers/Ignored.swift
+++ b/Sources/OneWay/PropertyWrappers/Ignored.swift
@@ -7,9 +7,10 @@
 
 /// A property wrapper that acts like the same value, regardless of changes in its actual value.
 ///
-/// When applied to a field and compared with an equals sign, it will always yield `true`. It is
-/// useful when the actual value of the `State` changes, but rendering of the `View` is not
-/// required.
+/// When applied to a field and compared with an equals sign, it will always yield `true`. This
+/// prevents the observers from recognizing the state as changed, even if the actual value has been
+/// updated. It is particularly useful when you want to avoid triggering state changes, especially
+/// in SwiftUI, where unnecessary re-renders of the `View` can be avoided.
 @propertyWrapper
 public struct Ignored<Value> {
     public var wrappedValue: Value
diff --git a/Sources/OneWay/PropertyWrappers/Triggered.swift b/Sources/OneWay/PropertyWrappers/Triggered.swift
index ac2a48e..ac3f3e6 100644
--- a/Sources/OneWay/PropertyWrappers/Triggered.swift
+++ b/Sources/OneWay/PropertyWrappers/Triggered.swift
@@ -9,8 +9,9 @@
 /// the same value is assigned.
 ///
 /// When applied to a field, assigning the same value will lead to different values for comparison.
-/// It is useful in cases where the value hasn't actually changed, but the `View` needs to be
-/// rendered again.
+/// This ensures that observers will perceive the state as changed, even if the value itself remains
+/// the same. It is particularly useful in SwiftUI, as it can trigger the `View` to re-render when
+/// necessary, even if the value hasn't technically changed.
 @propertyWrapper
 public struct Triggered<Value> where Value: Equatable {
     fileprivate struct Storage: Equatable {
diff --git a/Sources/OneWay/Store.swift b/Sources/OneWay/Store.swift
index 7f99d60..632faf5 100644
--- a/Sources/OneWay/Store.swift
+++ b/Sources/OneWay/Store.swift
@@ -37,7 +37,7 @@ where R.Action: Sendable, R.State: Sendable & Equatable {
     }
 
     /// The state stream that emits state when the state changes. Use this stream to observe the
-    /// state changes
+    /// state changes.
     public var states: AsyncStream<State>
 
     package var isIdle: Bool { !isProcessing && tasks.isEmpty }